JLT Mobile Computers announces next generation version of its fully rugged slim and light 10-inch Android tablet
The upgraded tablet offers Android 9 along with a substantial processing performance increase, sharper and brighter display, faster communication, USB Type-C, and higher resolution cameras JLT Mobile Computers, a leading developer of computers for demanding environments, announces the launch of the Android™ 9 based next generation MT3010A™ tablet computer. With its small 10-inch form factor and lightweight, the fully rugged tablet is ideal for deployment in markets such as warehousing, logistics, food and beverage, transportation, and ports. The MT3010A tablet provides a substantial upgrade in terms of performance and functionality to the existing MT2010A, yet shares exterior design, dimensions, and peripherals with the predecessor model, preserving existing investment in platform peripherals and accessories. Android holds a dominant market share in smartphones, with billions of users familiar with Android operation. Given the tremendous software and developer support, Android makes a perfect complement to Microsoft Windows-based systems and infrastructure, as well as a migration opportunity from discontinued legacy systems. As a result, there have been very rapid technological and functional advancements in Android hardware and software, which JLT is bringing to its customers with the new MT3010A. “Android is progressing in leaps and bounds in terms of raw performance and what it can do out there in the field,” says Per Holmberg, CEO of JLT Mobile Computers. ” We’re making sure our customers always get the latest and greatest, and our new MT3010A tablet is a major step forward for their operations and productivity. With this new unit, we’re offering a big jump in performance and functionality to give customers in warehousing, ports, and similar environments what they need on the job.” Like its predecessor, the new MT3010A combines tough, durable construction with a slim, light, and ergonomic form factor that fits anywhere and doesn’t weigh the user down. The tablet can handle 4-foot (122 cm) drops to concrete, has a very wide operating temperature range, is IP65 dustproof and highly water-resistant, and has been tested to rigorous MIL-STD-810H shock, drop, and vibration military standards. Among the MT3010A’s immediately obvious improvements are the significantly higher performance of the Qualcomm® Snapdragon™ SDA660 octa-core processor and the much higher resolution of its Full HD (1920 x 1200 pixel) capacitive multitouch display with hand, glove, and rain modes that also offers twice the luminance and optical bonding for optimal sunlight viewability (800 vs 400 nits). The new MT3010A comes with twice as much storage, 50% more system memory, much higher resolution front and rear cameras (8MP and 13MP), much faster 802.11ac WiFi and Bluetooth 5 connectivity, as well as much faster USB 3.1 wired connectivity on both a full-size Type A and a reversible Type C port. Optionally available are a Micro HDMI port, an integrated 1D/2D barcode reader, 4G LTE mobile broadband, an optional high-capacity battery, and warm-swapping functionality. Android 9, which has options for future upgrades, provides the MT3010A with enterprise features such as lock task mode, improved control over the user interface, support for multiple users as well as improved system security. JLT offers an easy insert and releases vehicle dock with VESA mounting support, additional USB support, and 9-36V DC vehicle power. Also available is a lockable vehicle cradle that keeps the tablet securely fastened to moving vehicles.
US Manufacturing Technology Orders totaled $404.6 million in April 2021, declining 12% from March 2021 yet 72% higher than April 2020
U.S. Manufacturing Technology Orders totaled $404.6 million in April 2021, a decline of 12% from March 2021 but an increase of 72% from April 2020, according to the latest U.S. Manufacturing Technology Orders report published by AMT – The Association For Manufacturing Technology. Total orders for 2021 reached $1.57 billion YTD, an increase of 40% over orders placed in the first four months of 2020. “April 2020 had the lowest orders in a decade, but the previous three months were business as usual, so to be 40% up over the previous year shows the real strength of the industry in 2021,” said Douglas K. Woods, president of AMT. “Parts that would normally go to job shops are now being produced in-house by larger manufacturers with the means to increase their production capacity. This is not to say production is shifting away from job shops; they are still operating at near capacity and increasing machine orders month over month, but increased consumer demand has necessitated more capacity, and confidence in the sustainability of that demand has justified the capital expenditure by large OEMs. As a result, our members have seen a resurgence of multi-machine orders near 2018 levels. “There has been strong demand for metal cutting technologies in 2021, and orders for new forming technologies have more than doubled where they were at this point in 2020. Cosmetic automobile design changes drove increases in forming technologies and helped spur demand for cutting technologies from the mold and die industry. April orders were further strengthened by energy exploration and mining expanding out of Texas into nearby regions in response to increased market prices. Industries related to consumer products also increased orders in April, such as off-road vehicle manufacturing, electrical equipment manufacturing, and commercial and service industry machinery. “Another optimistic sign for the industry is the number of open houses our members report having over the past few weeks where attendance has exceeded their expectations. This signals a renewed comfort with in-person sales calls and a pickup in regular maintenance as opposed to emergency visits. However, supply constraints have meant new orders are being added to an already growing backlog. The demand for manufacturing technology is there, and the suppliers who can deliver on orders will be in a position to one-up their competition in the near term.”
Ready-to-Connect Servo Drive targets low-voltage applications
STXI Motion, a global motion control, and servo solutions company, introduces the servSD ready-to-connect low-voltage servo drive, aimed at applications such as automated guided vehicles/autonomous mobile robots, electronics assembly, and medical equipment. The servo drive offers high power density in a small footprint (106 mm wide, 73.6 mm deep, 40 mm high) with near-motor mounting for applications with tight space constraints. With Safe Torque Off (STO) functional safety, the servSD meets the full range of safe operation requirements and can be connected to a master motion PLC or a modular safety controller. The ready-to-connect drive doesn’t require pin soldering or cable adaptors, supports common motor feedback types including SSI, incremental, and BiSS, and uses real-time data exchange for higher levels of axis synchronization and safer modes of operation. A simple commissioning software with comprehensive parameterization options offers step-by-step guidance for motor setup, application configuration, and tuning. The SD01-030 model offers a 24 VDC input bus, 24 VDC input logic, continuous current of 30 Arms, and peak current of 100 Arms, while the SD01-025 model features a 48 VDC input bus, 24 VDC input logic, continuous current of 25 Arms, and peak current of 80 Arms. The new servo drive is the latest in the company’s existing servo drive portfolio, which includes medium and high voltage drives for a wide range of applications.
Continental Wireless Cameras provide exceptional Vision and Safety for Truck and Off Highway
Designed for small/medium trucks, ag, construction, and material handling Ideal for use on articulated equipment Specialized camera for forklift applications Continental, a global supplier of systems, components, and tires to automobile and truck manufacturers, and a trusted provider of OE-engineered aftermarket parts, has added a new line of wireless cameras and monitors to its performance-proven range of cameras systems. The new cameras are ideal for use on articulated equipment or vehicles where long cable lengths are not preferred. Available in 12V and 24V configurations, Continental’s new wireless cameras offer a wide range of applications in small and medium trucks, agricultural and construction equipment, and material handling applications. The line also incorporates a camera designed specifically for forklift applications. A clearer connection Continental’s new cameras and monitors feature a unique code-pairing technology that allows for simple installation and setup of the system. The code-pairing also helps to reduce interference and maintains a stable video connection with a barrier-free transmission distance of up to 130 yards. The cameras are built to handle rugged operations in the harshest conditions. They feature an IP 69K housing design that’s water and dust-proof, and resistant to shock up to 100g. Versatile mounting options allow for easy installation on all types of vehicles and equipment. Continental offers two 120-degree wide-angle wireless camera options: A single view model with a resolution of 728 X 488 pixels and a quad view model delivering 756 X 504 pixels. Both cameras can be used as stand-alone pieces or in a group of up to four cameras to provide a complete view around the vehicle or equipment. Both cameras include four LEDs to enable IR night vision. A third camera is specially designed for forklift applications. It features a 45-degree wide-angle view and three LEDs to enable IR night vision. Two remote-controlled 7-inch monitors are offered to interface with the cameras as required by the customers. Duvin Nath, Continental Automotive Aftermarket Product Manager, announced the new line of camera systems, noting, “Continental recognized the need for customizable camera solutions that are often required for specialty OEMs and fleets. This line of wireless cameras and monitors was developed to meet those application needs. It offers a wide range of installation options that can provide operators with an extra level of vision to make their work easier and safer.” Nath added, “We are particularly excited about our special forklift camera. Forklift operators always have a challenge when they handle the pallets that are out of their eyesight while the forks are raised. Our new cameras are specifically developed to help them increase the awareness of their surroundings.”
Emerson Uninterrupted Power Supply maximizes machine availability and minimizes unplanned disruptions in harsh environments
SolaHD SDU AC-B offers optional network communications for advanced control and diagnostics As more power-sensitive devices are deployed in automated industrial processes, the need for reliable battery backup power is growing exponentially, yet serious challenges remain in the design of traditional Uninterrupted Power Supplies (UPS). Most UPS are simply too large or heat-sensitive to be installed in control cabinets or to be integrated into machines, and virtually all lack network communications required for remote diagnostics. To address these challenges, Emerson today launched its SolaHD™ SDU AC-B UPS that combines a compact footprint with a wide operating temperature range, plus offers optional network communications supporting all major industrial protocols. Built rugged for harsh and hazardous locations, the SolaHD SDU AC-B supports organizations by bridging power failures during outages to allow for safe shutdowns of machinery, and by mitigating power quality issues that adversely affect critical loads, therefore minimizing work interruptions, long restart cycles, and the loss of data at the point of use. As a current Emerson customer expressed “We have a hard time selling when we can’t keep our datacenter up all the time. One outage is a multi-million-dollar loss along with damage to our Brand. The SDU B-Series avoids these significant losses while reducing our total cost of ownership through advanced battery health checks and user-replaceable batteries ” COMPACT DESIGN Industrial engineers are facing increasing pressure to find additional space for components on DIN rails within control panels and enclosures and in OEM machinery such as fabrication tools, robotics, and CNC machines. The SolaHD™ SDU AC-B features an exceptionally compact footprint, providing design flexibility without compromising protection to critical loads exposed to power aberrations. Measuring only 4.87 x 11.1 x 4.81 inches (HxWxD), it saves space while protecting against all types of power problems in critical applications that cannot afford downtime, including those requiring ODVA compliance. WIDE TEMPERATURE RANGE Heat is the enemy of UPS batteries, especially in non-climate controlled environments where elevated temperatures will dramatically shorten the battery service life, such as steel mills, petrochemical plants, or auto manufacturing. The SolaHD SDU AC-B features a high heat, field-replaceable battery rated from 32° to 122°F (0° to 50° C) that is thermally isolated from internal heat generating elements of the UPS. Combined with high-temperature grade components and an advanced battery management system, the SolaHD SDU AC-B adds value and long-term reliability in challenging environments. NETWORK COMMUNICATIONS As an option, the SolaHD SDU AC-B has an integrated communication port that supports both active and passive modules. Installing an active module is suitable for both general purposes and for high-end applications with large I/O data transfer, fast network cycles, and synchronization demands communicating on either EtherNet/IP, Modbus, Profinet, or EtherCAT network protocols. Installing a passive module enables the control of two relays. In addition, web monitoring is standard on the SolaHD SDU AC-B that remotely displays UPS status, alerts, SMS notification, and a historical log. RUGGEDIZED ENGINEERING Engineers looking to deploy an industrial UPS in harsh and hazardous locations typically require a customized solution to match their infrastructure needs, which means more time spent on development and higher costs. Being able to withstand extreme environmental conditions, the SolaHD SDU AC-B eliminates the need for customized solutions, while ensuring service continuity and energy quality. It features a rugged metal housing along with a conformal coated PCB for corrosion resistance, plus has extensive ordinary, hazardous, and offshore global certifications to operate safely in the presence of flammable gases and vapors.
IDEC 8-Port unmanaged Ethernet Switch delivers key industrial managed switch features
Giving users an improved and economical plug-and-play option, the IDEC SX5E series 8-port unmanaged switch supports QoS, IGMP snooping, and broadcast storm protection functionalities IDEC Corporation has added the SX5E-HU085B 8-port unmanaged industrial Ethernet switch to its product portfolio. This device provides many managed switch features to support the rapidly expanding quantity of Ethernet, IoT, and IIoT devices used in critical and challenging commercial and industrial locations. No software configuration is needed, and flexible installation options make this an economical yet high-performance solution. Managed Features in an Unmanaged Switch Industrial networking installations commonly rely on certain advanced functions that are typically only available on managed switches. Managed switches have their place in network designs, but they require extensive configuration expertise, can be more difficult to manage overtime, and cost more than other options. To address these and other issues, IDEC has incorporated the most essential managed features into this new unmanaged switch. Quality of Service (QoS) QoS is a networking feature, usually only available on managed switches, for prioritizing specified network traffic so the most critical packets are handled first. The QoS function in the SX5E unmanaged switch automatically guarantees priority for EtherNet/IP packets which are used extensively for crucial industrial automation tasks. For instance, a programmable logic controller (PLC) communicating with other intelligent automation devices using EtherNet/IP will receive precedence over other general traffic. QoS can be easily turned on/off with a single external DIP switch to give the user flexibility. Internet Group Management Protocol (IGMP) Snooping Ethernet traffic may consist of some messages broadcast to all devices, and others multicast to select devices. IGMP snooping allows a switch to monitor conversations between hosts and routers, and to create and maintain a map or filter of which links need which transmissions. By delivering messages only where they are needed, IGMP snooping significantly reduces networking traffic and required resources. Broadcast Storm Protection For Ethernet networks installed in a facility, careful design, and protocol choice can take advantage of network rings for redundancy. However, improper ring connections can result in duplicate messages that will cause the network to stall. Broadcast storm protection detects this issue and discards duplicate messages. It can be turned on/off with a single external DIP switch. Robust Networking This switch operates at 10 and 100 Mb/s, with auto-negotiation of speed and full or half-duplex mode, and every port automatically detects and adjusts for straight-through or crossover cable connections. Store-and-forward technology ensures each communication frame is fully received into memory and CRC-checked for integrity before forwarding it to the destination. This feature introduces a small switching delay, but it secures the highest-quality communication. Industrial-Grade Form Factor The SX5E is built to withstand the most extreme conditions. With a rugged metal housing that is IP30 rated, the switch can operate at temperatures ranging from -40 to 75°F, and it is designed with superior electrical noise resistance, making it suitable for almost any installation environment. The switch can be mounted on a standard 35mm DIN rail, or panel-mounted using an accessory direct mounting bracket. The switch is carrying approvals for UL508, CE, RoHS, and FCC. Class I Division 2 hazardous location approval is pending. For easy installation, the power supply terminal block is pluggable, and IP30-rated RJ45 covers are available to protect unused ports. To keep the network switch up and running in the event of power interruptions, the switch can be supplied from two separate redundant power supplies for zero failover time, even if one power supply fails. Networking High-Performance for any Application Today’s industrial and commercial applications commonly use large numbers of PLCs and HMIs, with increasing quantities of intelligent devices like RFID readers, smart relays, and IIoT sensors. Whether a project is for building automation, traffic control, power utilities, water treatment, processing industries, or any type of machinery or equipment, the IDEC SX5E unmanaged switch will provide the best price/performance ratio, along with ease of use.
EP 174: Zebra and RTLS
In this episode, I was joined by John Wirthlin of Zebra Technologies to discuss RTLS. John is the Industry Principal of Manufacturing, Transportation, and Logistics at Zebra. We discuss real-time location services (RTLS), their impact on the warehousing space, and how the technology can be utilized. Key Takeaways RTLS or real-time location services is a location-based technology that allows you to understand where all your assets are in your operation. It takes into account your inventory, material handling equipment, and even people. This technology can be used in many powerful ways which John goes in-depth with. From dock door optimization to location-based inventory counting there are many ways that this type of technology can help you operate more efficiently. One of the things that John discusses is how RTLS can help your operation to optimize the pick walk. Instead of relying on a typical way of weaving through your aisles in a serpentine fashion, RTLS can give the best pick options based on location and also based on what is happening around the picker like robotics or other machinery. A great example of how this can work is if a truck is delayed then the system can push those orders out further in the picking queue and move others up in priority. Additionally, John explains how this technology is utilized in the NFL to track some of the very detailed stats we see on TV and that coaches use for training. When it comes to the future of RTLS, John discusses how the accuracy will increase to being able to identify the location of items through different devices. Currently, with passive tags, you can get within two to three feet of accuracy on where something is and with active tags, you can get even closer. However, the pricing of active tags is much higher so currently, it makes sense to utilize for higher dollar assets only. As time goes on and the adoption rate increases then prices of these tags will most likely come down. Additionally, Zebra is coupling this technology with their fulfillment edge that is really simplifying the screens that pickers are seeing on devices. I know from a personal demo that this edging product is truly simplifying what you see and really the only information you need as a picker. Listen to the episode below and let us know your thoughts on RTLS in the comments. The New Warehouse Podcast EP 174: Zebra and RTLS
EP 171: Softeon
In this episode, I was joined by Dan Gilmore who is the Chief Marketing Officer at Softeon. A supply chain solution-focused company, Softeon provides solutions like WMS, WES, Order Management, and put walls. Dan and I discuss Warehouse Execution Systems (WES), the differences between WES and WMS, and some case studies of how a WES can be effective. Key Takeaways Warehouse execution systems or WES have been around for about a decade now but have risen to more prominence in recent years and as Dan points demand for them has increased. The increase in automation and technology has certainly been a factor in driving the increased demand for WES. When you think of a warehouse execution system it is most often compared to an orchestration of the flow of work. Dan explains how it was initially developed because WMS was not getting the job done to recognize the proper utilization of material handling equipment. Softeon has been able to develop a top competing WES throughout the years. The difference between a WES and WMS is that the WMS is not considering the real-time flow of the operation. The WES will make decisions based on where flow is being held up or where it is moving faster. Taking these factors into consideration, the WES will be able to decide which orders to release and at what time so that you can get the optimal flow through your operation. This helps to reduce the amount of manual analysis done on a day-to-day basis to properly allocate resources. Dan gives a great example of how the WES works when it comes to a put wall solution. He describes how the WES can look at the orders going to the put wall and determine if there are more than what the put wall can handle, which ones can avoid the put wall. In his example, he describes how it could pull out all orders that are a single line and send them for a batch pick then send them directly to the pack station instead of having them go through the put wall. Having the WES make decisions like this can really help improve your overall throughput. Listen to the episode below and let us know if you are using a WES in the comments. The New Warehouse Podcast EP 171: Softeon
Septentrio launches its next-gen GNSS/INS product line: AsteRx-i3
By expanding their GNSS/INS (Inertial Navigation System) product family, Septentrio starts offering more application-specific positioning and orientation solutions Septentrio, a provider in high-precision GNSS* positioning solutions, has announced the launch of a new product line of high-performance GNSS/INS receivers called AsteRx-i3. The AsteRx-i3 product family brings to market an array of next-generation receivers from plug-and-play navigation solutions to feature-rich receivers with raw measurement access. OEM boards are available for rapid integration as well as ruggedized receivers enclosed in a waterproof IP68 housing. Such product variety accommodates specific needs of various applications which require high accuracy positioning together with 3D orientation, heading, pitch, and roll angles. “Using our off-the-shelf GNSS/INS systems allows our customers to focus their efforts on core technology and to reduce their products’ time-to-market,” commented Danilo Sabbatini, Product Manager at Septentrio. “With this new generation of products, we aim to satisfy specific needs of various customers. Instead of releasing a single general-purpose product, we bring several dedicated solutions for fastest and easiest integration into systems that require robotic navigation or sensor fusion.” AsteRx-i3 Pro+ receivers support either single or dual antenna modes. The single antenna mode is ideal for compact and lightweight configurations. The dual antenna mode reduces the need for movement during IMU initialization, allowing fully informed navigation from the mission start. The AsteRx-i3 product line includes a total of 5 new GNSS/INS receivers. The Pro receivers offer high accuracy positioning with 3D orientation and dead-reckoning functionality for the fastest and easiest plug-and-play integrations. Meanwhile, the Pro+ is the most versatile receiver providing integrated positioning and orientation along with raw measurements, in single or dual antenna configurations, ideal for applications with sensor fusion. One of the receivers offers an off-board IMU sensor, which can be mounted exactly at the alignment point of interest.
EP 169: StayLinked
In this episode, I was joined by the CTO of StayLinked, Justin Griffith. StayLinked is a terminal emulation solution that allows you to connect to multiple different technologies without overhauling your core systems. I was able to connect with Justin last week during ProMatDX where we discussed StayLinked’s solution, what a legacy system is and how their technology can help your legacy system interface with new technology. Key Takeaways Justin gives a great breakdown of how a lot of our mobile devices are operating in the warehousing space. Surprisingly they are running on a technology called Telnet which is a 52-year-old technology. StayLinked allows newer technology to interface with this Telnet technology and helps it adapt to things like wireless. From personal experience, one great thing that StayLinked does is to keep you online without hiccups. I discuss an example of where I was working in an operation that was building out a new warehouse and we were having some issues with access points and trying to get them configured properly to reduce drops. The beauty of StayLinked is that when these drops were occurring, the system would pick right back up where it left off instead of causing further problems down the line. The term legacy system is thrown around a lot so I asked Justin what exactly is a legacy system and why are we hearing it so much. Justin breaks it down and basically, the simple description is a system that is not the newest. However, he points out that at least 65% of the systems out there are legacy systems. Throughout the supply chain, he says that any box you receive has touched at least one legacy system throughout its life cycle. We also discuss how, in some cases, the term legacy system is thrown around as a potential sales or marketing tactic and he points out that it should not always be taken in a negative light. StayLinked has been a great technology adopted by some of the other companies we have featured on the show like Rufus Labs and ProGlove. They are allowing these newer companies to be able to simplify their implementations because they handle the interface between the new company’s technology and the legacy system that their customers might be using. It is very interesting to see how the technologies that allow us to interface with older technologies can enable more innovative products and ideas to come to market. Listen to the episode below and let us know your thoughts in the comments. The New Warehouse Podcast EP 169: StayLinked
Softeon features Warehouse Management and Warehouse Execution Systems at ProMatDX 2021
Softeon, a global supply chain software provider with the industry’s best track record of customer success, will feature a number of enhancements to its market-leading Warehouse Management System (WMS) and Warehouse Execution System (WES), enabling companies to build the smart distribution center of the future today. Softeon WMS powers distribution and fulfillment with a robust and highly configurable set of capabilities that manage processes, associates, inventory, and equipment to minimize costs and maximize customer service. Softeon WMS is the platform of choice for both large and medium-sized companies, always with an out-of-the-box or near out-of-the-box solution fit. The WES provides visibility, orchestration, and optimization of order picking and related processes, leveraging new capabilities beyond what is available today even in the most advanced WMS. As a result, Softeon’s WES enables companies to minimize total fulfillment costs while meeting customer demands and service commitments. Softeon’s WMS and WES solutions are available stand-alone, or for the first time in the industry, deployed together as a powerful Warehouse Management + Execution System. In stand-alone mode, the WES can work with almost any existing WMS, from ERP to legacy to best-of-breed providers, with flexible integration and process models. Uniquely, the Softeon WES delivers significant value not only for automated DCs but also in operations with medium levels of automation or even completely manual processes. This approach can bring new life to aging WMS environments by adding WES without the need for a full WMS replacement. As a result of Softeon’s advanced services-based architecture, the WMS and WES utilize a shared component library, meaning capabilities from each system are available to each other in standalone deployments to tailor a precise solution for each company. Softeon will be available in the ProMatDX virtual hall to discuss these powerful solutions and attendees’ logistics challenges and opportunities. Softeon will also be hosting several educational sessions to provide more insight into these exciting technologies: Seminar: Warehouse Management Systems – That was then, this is NOW Tuesday, April 13th @ 1:30pm CST Demo: Softeon Warehouse Management System (WMS) Monday, April 12th @ 1:15pm CST Demo: Softeon Supply Chain Execution Platform Thursday, April 15th @ 2:30pm CST Once registered, attendees will have full access to these and other helpful resources. For more information on this premier supply chain event, visit Promatshow.com. Registration is available here at no cost.
DENSO ADC showcases BHT-M80 Terminal at virtual ProMat DX 2021
DENSO’s powerful, ergonomic scanning device debuts at new ‘digital experience’ show DENSO ADC, one of the world’s largest manufacturers of automatic identification and data collection systems, will showcase its new BHT-M80 at the ProMat DX virtual trade show on April 12-16. DENSO’s virtual exhibit includes an interactive demonstration of the advanced barcode handheld terminal Tuesday, April 13, at 2:15 p.m. CDT. “The BHT-M80 is a comprehensive scanning solution for increasing productivity, improving worker safety, and reducing errors,” said Richard Shiozaki, senior vice president of DENSO Products and Services Americas, Inc. “With its advanced components and software, this high-performance terminal offers warehousing and logistics, manufacturing, and other industries the precision tool they need to manage and move their inventory with unparalleled efficiency.” Built for excellence and ease of use, the BHT-M80’s flexible distance scanning range, high-speed scanning, high-resolution sensors, and exceptional durability combine to offer unmatched value. The unit reads codes from less than 2 inches away to up to 5 feet or more. Its ergonomic advantages include an angled scan head, a screen that automatically adjusts to most gloves, and both screen and targeting marker optimized for indoor or outdoor use. The BHT-M80 offers seamless high-speed scanning of multiple 2D codes and scans through glass. The terminal’s continuous mode allows users to read up to 30 labels per second, up to three times faster than its conventional counterpart. With its advanced decode engine and high-resolution sensors, the BHT-M80 handily reads damaged, poor quality, or defaced codes. It also scans codes printed on unique surfaces, such as metallic or low-contrast DPM parts and those in plastic wrap or laminated. Other advantages include OCR capabilities. An IP67 rating and high-grade, lightweight magnesium frame ensure the BHT-M80’s durability and functionality in multiple workplace environments, including dusty factories and rainy weather. The scratch-resistant Dragontail™ Pro screen, an industry-leading tempered glass, offers advanced protection and high visibility. The BHT-M80 is powered by the Qualcomm® 64-bit octa-core processor and runs on the highly familiar Android operating system. Software solutions include BHT Booster, which has a wide array of pre-built applications and also allows non-programmers to easily customize these applications or develop new ones right on the device. Available upgrades include BHT DMS, a terminal management system for connecting with other DENSO products. In addition to the new BHT-M80, DENSO will also spotlight its SP1 RFID scanner and the DENSO Robotics VMB series at ProMat DX. Registration is free.
JLT Mobile Computers offers free guide on how to boost productivity and throughput in ports and container terminals
After 25 years in business, JLT Mobile Computers, a supplier of reliable computers for demanding environments, is making available the benefits of its expertise in a series of ‘how to’ guides designed to help new and existing customers make the right strategic technology decisions to optimize their operations. Focusing on the IT problems faced by port and container terminal operators, the third expert guide in the JLT series identifies five key areas that challenge a port’s throughput, and gives IT and operations managers practical tips on how to turn these IT headaches into their port’s smartest assets. The new JLT guide for rugged IT environments in ports and container terminals is available for free download here. Container ports are under constant pressure to keep trade flowing as efficiently and cost-effectively as possible – pressures that have only grown stronger with the logistics challenges emerging in the wake of COVID-19. Productivity or throughput, measured in container volume and number of ships off- and on-loaded in the shortest possible time, is the number one priority for container ports all over the world, which is why operations managers need IT devices and solutions they can rely on. “Ports and container terminals play a pivotal role in the global supply chain, where success hinges on the speed and efficiency of delivery, or in the case of ports – throughput. This has never been clearer than since COVID-19,” says Per Holmberg, CEO, JLT Mobile Computers Group. “IT should help terminals achieve these throughput ambitions, albeit this is not always the case and many ports find their rugged computers cause more headaches than anything else. As an experienced port IT specialist with numerous happy port customers to our name – Exolgan in Argentina; Basra Gateway Terminal in Iraq; DCT Gdansk in Poland; and OPCSA in Las Palmas among them – we take great pleasure and pride in sharing what we have learned about the unique requirements of this challenging sector in the latest of our free guides to help ease these IT issues.” ‘Five ways to make IT your port’s hero, not its headache’ is the third in JLT’s series of free help guides and consolidates the company’s experience from working with ports and container terminals for a quarter of a century. In this guide, JLT identifies five recurring challenges that impact IT and operations managers’ efforts to increase port performance and productivity: How to continuously stay up to date and future proof their IT systems; how to optimize network connectivity across large and often outdoor areas; how to procure hardware that is fit for port purposes; how to choose a reliable supplier; and how to engage the workforce. Looking at each of these challenges one by one, the guide gives practical examples and guidelines for actions IT and operations managers can take to ensure their port’s ability to meet today’s as well as tomorrow’s throughput targets. Much of the advice in the guide is also relevant to other industries experiencing rising productivity demands and related aspects of IT. To find out what can be done to ensure IT solutions achieve the best possible terminal throughput, download ‘Five ways to make IT your port’s hero not its headache’ here for free.
JLT Mobile Computers joins Ivanti Wavelink Device Validation Program to speed modernization within the supply chain
Alliance brings pre-validated hardware/software solutions for easy, error-free installations that increase efficiency, productivity and security in logistics and warehousing JLT Mobile Computers, a supplier of reliable computers for demanding environments, announces that it has joined the Ivanti Wavelink Device Validation Solutions Program. This program enables device manufacturers offering solutions for the supply chain and warehousing industries to rapidly validate their products for the Ivanti Wavelink software platform, which facilitates device and wireless infrastructure management, terminal emulation, voice, and mobile application development without the need to modify backend systems. Customers of Ivanti-validated JLT rugged mobile computers benefit from easy access to mobile-enablement solutions that boost supply chain efficiency, productivity, and security in the warehouse and across the supply chain. “Supply chain and warehousing organizations are relying more than ever on mobile productivity solutions to keep up with demand. As such, it is becoming increasingly important to provide a consistent user experience across entire fleets of devices, whether they leverage the Android, iOS, or Windows 10 operating systems,” says Kelly Ungs, Vice President of Alliances and Channels at Ivanti Wavelink. “The aim of our new Strategic Alliances Program is to create a formal ecosystem through which our partners can offer their customers pre-validated hardware and software solutions that eliminate the risks enterprises face when migrating applications to multiple modern hardware devices, software solutions, and host applications to enhance efficiency.” “JLT Mobile Computers prides itself in providing best-in-class rugged mobile computing devices for our customers in warehousing, transportation, manufacturing, mining, ports, and agriculture. Now we can offer our hardware pre-validated for use with the Ivanti Wavelink suite of software products such as their terminal emulator, industrial browser, and voice picking,” said Eric Miller, CEO at JLT Mobile Computers USA. “For our customers, knowing that everything will work together right out of the box is huge. Pre-validation totally eliminates trial and error and the uncertainty of mixing and matching hardware and software. We’re now selling complete and fully validated solutions.” JLT Mobile Computer devices that are currently Ivanti Wavelink validated include the 5-inch MH1005A rugged Android PDA, the 7-inch MT3007A and 10.1-inch MT2010A rugged Android tablets, and the 12-inch JLT6012 and JLT1214P rugged fixed mount and vehicle-mount Windows computers. These will be joined in the coming months by additional JLT devices. With customers moving from legacy systems to modern operating platforms on JLT computers, Ivanti Wavelink supply chain solutions make it easy to migrate existing telnet screens or web applications to Windows 10 or Android. Field-proven screens get a contemporary look and feel, work more efficiently, and users love the familiar, intuitive software interface. With JLT hardware now Ivanti Wavelink validated, migration and modernization projects are easier than ever.
Motion Controller delivers Multi-Axis Motion Control and Robotic Innovations to packaging systems at Network Gateway Costs
Developed by Servotronix with an EtherNet/IP interface from STXI Motion, the softMC compact microcontroller enables any major OEM programmable logic controller (PLC) to seamlessly control any motion control component, including robots, drives, and motors to add innovation and modularity to packaging systems. “The softMC motion controller provides packaging equipment suppliers the flexibility and controls they need to innovate and optimize customer solutions at the cost of an industry-standard network gateway,” said Alex Lee, General Manager of STXI Motion, North America. The new softMC lets packaging machine-builders interface with Rockwell Automation PLCs and EtherNet/IP networks to add multi-axis motion control to any existing system. The controller delivers Industry 4.0 machine-to-machine communication while simplifying and reducing the overall cost of motion control system design and configuration. At the same time, softMC increases the flexibility and efficiency of automated packaging lines and expands OEMS’ capabilities to innovate. Add multi-axis control to any Ethernet/IP equipped Rockwell PLC A centralized method for designing and integrating additional motion axes and/or robotics capabilities lets machine builders design and use standard robot models such as delta, SCARA, and cartesian/ gantry robots. The controller provides advanced motion control of the motors, robots, or robotic controllers while handling all communication between the material handling systems and the Allen-Bradley PLC. A decentralized method allows machine builders to customize a system using motors and drives from the STXI Motion product portfolio, which are optimized and ready for use with the softMC. For a fraction of the cost of a motor drive system, the softMC provides full robotics control and gateway to motion with the ability to communicate with all motor technologies and feedback devices, allowing packaging machine OEMs and end-users to add new automation capabilities to their existing setups, increasing productivity, modularity, and revenue.
AutoScheduler Executives named 2021 Pros to Know winners
The AutoScheduler.ai, an innovative Warehouse Management System (WMS) accelerator, announces that two executives, Thomas A. Moore, Founder and CEO, and Ginger Stegmier, Chief Marketing Officer, have been named 2021 Pros to Know. This prestigious award from Supply & Demand Chain Executive, the only publication covering the entire global supply chain, recognizes outstanding executives whose accomplishments leverage supply chains for competitive advantage. “AutoScheduler is extremely pleased to have two executives recognized for the Pros to Know award,” said Keith Moore, Chief Product Officer, AutoScheduler.ai. “Early last year, Ginger developed a go-to-market strategy to educate the market on the new ‘WMS accelerator’ space, which fills a gap in supply chain offerings to make legacy warehouse systems work better, faster, stronger, and infinitely nimbler. AutoScheduler saves millions of dollars for clients by orchestrating inventory moves to decrease touch and improve efficiencies.” “While many companies have struggled to regain their footing as a result of COVID-19, this year’s Pros to Know winners stepped up to the plate to deliver innovative solutions and programs in a time of crisis and need. These winners collaborated, optimized, developed, educated, and played a critical role in the survival and success of their company amid a global pandemic,” says Marina Mayer, Editor-in-Chief of Supply & Demand Chain Executive and Food Logistics. “I am honored to recognize these individuals and teams and extend my utmost gratitude to everyone in the supply chain industry for their time, efforts, and innovations to keep our nation’s supply chains afloat.” Thomas (Tom) A. Moore is a 35-year supply chain industry veteran with a background in operations research. He created a niche focused on bringing more advanced mathematics to the supply chain space. During his career, he has developed advanced load-building technology (Transportation | Warehouse Optimization—www.t-wo.com), advanced distribution and planning technology (ProvisionAI www.ProvisionAi.com), and most recently, warehouse and distribution center orchestration technologies (AutoScheduler.ai). He has contributed significantly to the operations of most major consumer goods companies around the world. In 2020, Tom had the innovative idea of taking a developed and battle-tested technology at Procter & Gamble and spinning it into a new organization, AutoScheduler.ai. In doing this, Tom built a team of some of the most successful supply chain and machine learning professionals across multiple industries. This talented team, guided by Tom’s leadership, is focused on creating the warehouse of the future with their customers in consumer goods – bringing predictive and prescriptive orchestration to all operational activities to streamline operations and save money. Since this spin-off and launch took place in August 2020, AutoScheduler.ai has been expanding its presence in P & G and other “top 10” CPG organizations. Ginger Stegmier, Chief Marketing Officer, brings three decades of sales and marketing experience in high tech, SaaS, and supply chain solutions to her strategic consulting initiatives. She is a strong leader, and her expertise in logistics and efficient supply chain practices gives her a unique and efficient perspective on sales and marketing processes. By developing go-to-market strategies around demand generation and digital marketing, combined with visibility and thought leadership initiatives, she has effectively built programs to drive awareness, scale businesses, and increase revenue. Her extensive experiences range from leading marketing for LeanLogistics 2006-2012 for transportation management systems to leadership positions at LLamasoft, Inc. from 2012-2017 for supply chain optimization solutions, as well as providing marketing and executive strategy for Cloud Logistics in 2018, Sixfold & Transporeon in 2019, and CMO services for AutoScheduler.ai in 2020. The 2021 Pros to Know award includes individuals and teams from software and service providers, consultancies and academia, trucking and transportation firms, professional development agencies, sourcing, and procurement divisions, and more, all who have helped supply chain clients and the supply chain community at large prepare to meet many of today’s—and tomorrow’s—challenges. Go to www.sdcexec.com to view the complete list of all 2021 Pros to Know winners. the talented team focused on creating the Warehouse of the Future for Global CPG Organizations
EP 159: Fulfilld
In this episode, I was joined by the Co-Founder & CTO of Fulfilld, Michael Pytel. Fulfilld is a new warehouse management system that takes a location-based approach that helps to manage your warehouse more thoughtfully. Michael and I discuss how the idea of Fulfilld started, the platform itself, and some of the cutting-edge technology they are utilizing to make it happen. Key Takeaways Michael started Fulfilld with his partner Yosh who he had worked with at a previous company. The idea came from seeing that current WMS’s were not meeting all the needs that they thought they should. As they began to talk about what they thought was missing from the market they decided that they would start to develop their own system. Over the years they had learned about many different technologies and decided to bring those into what they were creating. Through utilizing technologies like machine learning, location-based tracking, digital twins, and more they were able to create more of an orchestration system that can help you manage your warehouse more effectively. One of the great features of Fulfilld is the ability to easily see where labor needs to be allocated. As the day goes by the tasks that are in the queue are completely visible and are also constantly updating with priority levels allowing you to move them around accordingly. Michael even discusses how the system will look at your incoming carrier pickups and know when trucks are arriving so that orders for them can be escalated or de-escalated if delayed. This allows you to stay on top of the workload and ensure that the resources are being put in the correct place. Industry 4.0 terms abound in this episode so I had to get some knowledge for myself. We dove into the term “digital twin” as it was something I had previously never heard of. Little did I know I knew what it was but just didn’t know the name! Digital twin refers to the re-creation of a physical asset within a virtual environment. Fulfilld utilizes the concept of a digital twin to recreate assets within the warehouse that allows them to be tracked within their system. This helps you to understand not only where labor is located but also your assets for the ability to further allocate your resources. Fulfilld will be launched in June and I am very excited to see how it is received in the marketplace and how it will grow in the next few years. Listen to the episode below and leave your biggest WMS pain point in the comments. The New Warehouse Podcast EP 159: Fulfilld
Automate Forward Keynote Speakers, Full agenda announced
Virtual Trade Show and Conference to feature more than 80 speakers, 250+ exhibitors More than 80 global experts will speak at Automate Forward, the world’s premier virtual automation trade show and conference set for March 22-26, 2021. The event also features more than 250 leading companies in an expanded exhibit area, enhanced networking opportunities, and a look at innovative automation startups. Speakers include senior executives from companies such as 3M, General Motors, Intel, Microsoft, UPS, IBM, GE, FedEx, Siemens, and Proctor & Gamble. The full agenda is available online. “With the adoption of automation accelerating, and the impossibility of holding large in-person shows in the US at the moment, Automate Forward will play a critical role in educating companies about how robotics, AI, machine vision, motion control, and related automation technologies can immediately help improve product quality, productivity, competitiveness, and worker safety,” said Jeff Burnstein, President of the Association for Advancing Automation (A3), the event’s host. Automate Forward will include a robust virtual exhibit hall and networking center where attendees can connect directly with companies and experts to solve their automation solutions and get immediate answers. The trade show will be open daily from 9:00 AM – 5:00 PM ET for attendees to learn about products and systems that can help with unique challenges. A3 will share a sneak peek of the association’s new brand identity at 9:30 am ET on Monday, March 22 exclusively for Automate Forward attendees. Join live to learn about how its four current brands – RIA, AIA, MCMA, and A3 Mexico – are combing to create the new A3 representing over 1100 global companies and organizations active in automation. Automate Forward Keynote Sessions Monday, March 22 10 AM ET PANEL: The New Industries Driving The Growth of Automation and Robotics Robert Little, CEO, ATI Industrial Automation Mark Lewandowski, Director – Robotics Innovation, Procter & Gamble John Dulchinos, Vice President, Jabil Ted Dengel, Managing Director, Operations Technology and Innovation, FedEx Ground John Bubnikovich, Chief Regional Officer – North America, KUKA Robotics 11 AM ET: The Competitive Advantage is Here and It’s All About Digital Raj Batra, President, Digital Industries, Siemens 1:30 PM ET: Moving Automation Forward: What is required? Greg Brown, Vice President of Strategy and R&D, UPS Tuesday, March 23 10 AM ET PANEL: The 2021 State of the Automation Industry Executive Roundtable Mike Cicco, President & CEO, FANUC AMERICA Patrick McDermott, President North America, B&R Automation Dr. Thomas Evans, CTO Robotics, Honeywell Intelligrated Christine Boles, Vice President, Internet of Things Group – General Manager, Industrial Solutions Division, Intel Sebastien Schmitt, North American Robotics Division Manager, Stäubli 11 AM ET: Human Aware Robot Software and Tools for Delivering it Rodney Brooks, Co-Founder and CTO, Robust.AI 1:30 PM ET: 3M’s Automation Journey: Driving Growth & Productivity Debarati Sen, Vice President & General Manager Abrasive Systems Division Safety & Industrial Business Group, 3M Wednesday, March 24 10 AM ET PANEL: The Rise of Smart Automation Rashmi Misra, GM AI Platforms, Business Development, Microsoft Jorge Ramirez, Global Director Automation and Chief Mfg. Cybersecurity Officer, General Motors Rishi Vaish, CTO and VP, IBM AI Applications, IBM John Lizzi, Executive Leader – Robotics, GE Tom Panzarella, Senior Director of Perception, Seegrid 11 AM ET: Using Deep Learning and Simulation to Teach Robots Manipulation in Complex Environments Dieter Fox, Senior Director of Robotics Research, NVIDIA 1:30 PM ET: Automation and the Future of Manufacturing Indranil Sircar, CTO, Manufacturing Industry, Microsoft Thursday, March 25 10 AM ET PANEL: How Collaborative Automation is Driving Productivity Co-sponsored by the International Federation of Robotics Milton Guerry, President, Schunk USA Joe Gemma, Global Vice President of Sales & Marketing, Calvary Robotics Greg Smith, President of the Industrial Automation Group at Teredyne David Robers, Robotics Sales Manager – Americas, Denso Robotics 11 AM ET: Value Chain Integration and Optimization Through Robotics in Consumer segments and Retail Marc Segura, Executive Global Business Line Leader – Consumer Segment Service Robotics, ABB Robotics and Machine Automation Friday, March 26 10 AM ET PANEL: Autonomous Mobile Robots: How to Get Started Karen Leavitt, Chief Marketing Officer, Locus Robotics Søren E. Nielsen, President, Mobile Industrial Robots Matt Rendall, CEO and Co-Founder, OTTO Motors Rob Sullivan, President, AutoGuide Mobile Robots Melonee Wise, CEO and Founder, Fetch Robotics 11 AM ET: Using an End-to-End Workflow to Build, Iterate, and Operationalize Deep Learning-Powered Visual Inspection Projects Andrew Ng, CEO & Founder, Landing AI
Seeq Partners with Microsoft Energy Core on Hackathon to analyze and prevent Greenhouse Gas Emissions
Sustainability is a key theme for Seeq participation in Microsoft Hackathon and CERAWeek 2021 Upstream Leadership summit Seeq, a provider in manufacturing and Industrial Internet of Things (IIoT) advanced analytics software, and 2020 Microsoft Partner of the Year Finalist, announced today it is co-sponsoring the Microsoft Energy Core Methane Emissions Hackathon virtual event on March 1-8, 2021. The objective of the hackathon is to overlay oil & gas asset and geographic information system data to pinpoint leak location and to identify the timing and quantify of unplanned emissions. Microsoft Energy Core Hackathon participants are from energy operators and academic institutions around the world, and they will use Seeq to diagnose and predict methane and greenhouse gas (GHG) emissions. Participating teams will compete to present final use cases to the Microsoft Energy Core board of directors to share for the establishment of sustainability best practices for the oil & gas and process industries. Microsoft Energy Core is a global initiative dedicated to digital transformation in the energy sector. Building on AI and cloud-based technologies, Microsoft Energy Core supports organizations developing innovative solutions to improve operational efficiencies, enhance sustainability, increase energy innovation, and drive workforce transformation. “We are pleased to partner with Seeq, a finalist for the 2020 Microsoft Partner of the Year, on this effort to learn and share insights on GHG analytics,” says Darryl Willis, Vice President, Energy, at Microsoft Corporation. “Our partners deliver timely solutions to solve the complex challenges energy businesses around the world face, from communicating and collaborating virtually, to helping customers realize their full potential with Azure cloud services, and beyond.” Also this week, Seeq will participate in the Upstream Leadership Summit at CERAWeek by IHS Markit, the world’s premier energy conference. Seeq was a CERA Week Energy Innovation Pioneer in 2016, a designation recognizing companies and entrepreneurs participating in the event to develop technologies and business plans for transforming the energy future. The Upstream Leadership Summit is an invitation-only event for industry CEOs to gather and discuss key issues including innovation, sustainability, and best practices. “Our energy industry customers are improving sustainability and production outcomes with Seeq to create advanced analytics insights on their process manufacturing data,” notes Steve Sliwa, co-founder and CEO, Seeq Corporation. “This Hackathon represents an excellent opportunity to demonstrate the importance of self-service analytics to improve employee insights and innovation.” Seeq has been available as a SaaS application in the Azure Marketplace since 2018 with support for many Azure cloud services including Synapse, Azure Data Lake, and Azure Notebooks for machine learning integration, in addition to on-premise support for Windows Server, Active Directory, and SQL Server. Seeq is now adding connectivity to Azure Data Explorer, the latest release of Time Series Insights, and Power Automate. Seeq’s comprehensive set of applications for analyzing and sharing insights on process manufacturing data include Workbench for easy to use advanced analytics, Organizer for publishing reports and dashboards, and Data Lab for accessing Python libraries. Seeq applications empower engineers and subject matter experts to rapidly investigate, collaborate, and distribute insights to improve operations and business outcomes.
EP 155: Whitebox
In this episode, I was joined by the Chief Operating Officer of Whitebox, Rob Hahn. Whitebox handles all of your eCommerce needs from marketplace management to the returns process. They also have their own fulfillment centers and proprietary WMS to help you distribute your product to your customer and meet service level expectations. Rob and I discuss his big career takeaways, what Whitebox does, and some tips for selecting a 3PL to work with. Key Takeaways Rob has an incredibly interesting career so far and we also have a lot of similarities in our lives like majoring in entrepreneurial studies in college. Out of college, Rob got a job with Amazon when there were still some people who did not know what Amazon was. He really got in at an early time which gave him a lot of exposure to innovation and the freedom to be able to make an impact early on. As he grew within Amazon he was able to really get involved in many different big changes within the company including being in one of the first Amazon buildings to have robotics in their processes. Through this, he was able to really learn how to lead and make an impact in a fast-paced environment with a large team. There are some great career takeaways for young professionals here. Whitebox is a fairly new company that focuses on helping you not only sell your products through eCommerce platforms but also takes care of your entire fulfillment process from receiving the order, picking, packing, and shipping it out to the reverse logistics process as well. They have a unique setup with their team members coming from both operations and advertising tech backgrounds. While it may seem like somewhat of a 3PL, Rob makes it clear that it is actually a tech company providing top-level service when it comes to your eCommerce transactions. Through his experience at Amazon, he has been able to really build out a great fulfillment model and operation at Whitebox. I found it very interesting the wide customer spectrum that Whitebox has. Rob explains how the customer can range from someone just starting out an eCommerce business that might be outgrowing the garage or an older company that is now looking to get into a new space like the Amazon marketplace. It is a pretty interesting position to be in for Whitebox considering many new eCommerce businesses have been created from home through the pandemic. I believe this type of service and setup will grow immensely in the coming years as more individuals tap into the eCommerce business model and continue to realize the potential of the large consumer demand that exists. Listen to the episode below and let us know your favorite part in the comments. The New Warehouse Podcast EP 155: Whitebox