Linear robots are now even more versatile
Bosch Rexroth has expanded its portfolio of linear robots (eight different axis combinations with 68 sizes!) for various applications in factory automation. The much wider range of working areas and loads makes the Cartesian subsystems also suitable for applications like battery handling or intralogistics. Predefined axis combinations make for quick and easy sizing and selection. Configure and finalize online and order as preassembled subsystems -- optionally with controllers. Each multi-axis system is also available as a Smart Function Kit for handling or dispensing. Preinstalled software allows for fast commissioning and intuitive programming.
Learn more about Bosch Rexroth smart mechatronic systems.
Selecting linear actuators for robotics
Nick Novotny over at Nook Industries has put together a handy and very useful short guide on selecting linear actuators for robotic applications. Besides addressing the primary considerations, he also explains motor types, linear actuator types, modularity, and advantages and disadvantages.
Read this informative Nook Industries blog.
5 key considerations for selecting a propulsion motor
Josh Jennings, mobile servo motor and drive applications engineer for Parker Hannifin's Hydraulic Pump and Power Systems Division, runs through the key factors to consider for a vehicle electrification project, including how the motor is cooled, its speed range, flexibility, efficiency, and reliability. Solid basic information.
Read the full Parker blog.
New mini planetary gearmotors
New PH Series Mini Planetary Gearmotors from Applied Motion Products are used with small step motors in NEMA 8, 11, and 14 frame sizes. These gearmotors are used in applications where space is critical. Small motors usually don't produce enough torque for demanding applications. Mini Planetary Gearmotors are an ideal solution. They offer an increase in torque and better inertia matching without breaking the budget.
Learn more and see all the options offered by Electromate.
New cobot welders with extended range unveiled at FABTECH 2022
Universal Robots has grown its welding application segment more than 80% this year as partners develop new capabilities for the pioneering cobot welders. At FABTECH last week, Universal Robots' booth showcased new solutions from Vectis Automation and Hirebotics, enabling the weldment of larger and more complex parts. Attendees also experienced Precision Cobotics' automated MECCO laser-marking solution with Apera AI bin picking, laser welding with Cobot Systems, metal deburring with Kane Robotics, along with the new UR20 cobot in a machine-tending application.
Learn about the new welding options and other UR FABTECH releases.
New! Multi-axis gantry attachment kits extend your working envelope
Multi-axis linear actuator assemblies from Bishop-Wisecarver extend the working envelope of automated motion systems and provide for more complex motion. ECO60 Gantry Kits create reliable and easy-to-assemble connections between ECO60 Linear Actuators. Benefits include: saving design time without sacrificing design freedom, easy ordering with single-part-number kits, and fast and simple assembly and installation. All multi-axis kits are made from aluminum with black anodize and stainless-steel hardware.
Robots handle post processing for metal AM parts and components
The NetShape Robot from Rivelin Robotics provides an automated solution for metal support removal and targeted finishing to meet the standards of mission-critical industries. Driven by the powerful NetShape control software, both machine learning and traditional deterministic control theory are used to optimize the quality and repeatability of the work. The result is an automated support-removal solution that reduces defects by 90%, exhibits a 10-fold reduction in operational costs, and eliminates human risk and variability.
Flat external rotor with encoder
The DF45 brushless DC motors from Nanotec are now available with an integrated encoder. The new flat motors with a diameter of only 45 mm are ideal for applications that require precise positioning in confined spaces such as AGV wheel drives, access control systems, and door drives. The two-channel encoder has a resolution of 1,024 CPR and provides additional Hall signals for commutation. The difference in length between the standard motor and the encoder version is only 2 mm, as the encoder has been completely integrated. The DF45-E has a rated power of 65 W at a rated speed of 4,840 rpm. Custom windings or shafts are also available.
The influence of operating speed on step motor selection
According to the engineers at Lin Engineering, "Frequently, when it comes to step motor selection, users will select a motor with the highest holding torque rating, assuming that it will give them optimal performance. However, it is an improper practice to select a motor based on holding torque alone. In fact, the step motor with the highest holding torque in many situations can prove to be a poor choice -- especially when trying to maximize torque at a desired operating speed."
Read this informative Lin Engineering article.
Extra-Duty Overhung Load Adaptors
Zero-Max has announced three entirely new Extra-Duty Overhung Load Adaptor (OHLA) models (350, 650, 950). The new designs feature a number of carefully chosen upgrades including spherical bearings, enhanced sealing technology, stronger shafts, and a longer profile delivering increased operating life, heavy load capacities, and higher speed ratings. They provide a solid, permanent mounting surface, eliminating premature motor or pump failure due to axial and radial overhung loads on a motor or pump shaft.
Heavy duty: Electric actuators open 3-ton bunker doors
Converting a 1960s nuclear-proof bunker into a museum is full of challenges, one of which was to repurpose 3-ton, all-metal nuclear-safe doors as fire doors. But how do you open and close such massive doors safely? Luckily, Thomson Industries' Electrak HD electric linear actuators were up for the challenge.
Read the full article.
Complete factory automation solutions from Bosch Rexroth
Bosch Rexroth is showcasing complete factory automation solutions that boost consumer packaged goods (CPG) productivity at PACK EXPO INTERNATIONAL 2022 this week (Oct. 23-26). Demonstrations include open control systems, plug-and-play smart mechatronics, autonomous mobile robots, cobots, flexible conveyors, and more. The main focal point is a live multi-tech demo that integrates several automation technologies: a lightweight, maneuverable Kassow Robot picks up product from a moving VarioFlow plus conveyor to place it on a pallet, and when the pallet is full Rexroth's MP1000R AMR moves the product to a storage location using Rexroth's ROKIT Locator software.
Learn about all the technologies featured.
Why are there different servo drive form factors?
Servo drives come in all shapes and sizes -- just ask the engineers over at Advanced Motion Controls. Oftentimes, a key part of deciding which servo drive to use for your application is deciding which form factor to use, which raises the question: What exactly is a form factor, and why are there so many of them? Learn about types, benefits, and applications.
Read this informative Advanced Motion Controls article.
Top Tech Tips: How to specify electric rod-style actuators for optimal performance, reliability, and efficiency
Andy Zaske, Vice President, Tolomatic, provides his Top 10 Tips for specifying electric rod-style actuators, which have a higher initial cost, more advanced design, and more predictable performance compared to fluid power cylinders. This is a really thorough presentation filled with useful information.
Read the full article.
Pro Tip: What is the clearance/thrust relationship in induction motors?
A linear induction motor has a primary or coil assembly and a secondary or reaction plate. In this pro tip, engineers from H2W Technologies explain why machine and systems designers should pay particular attention to the clearance gap between these two components -- especially since an epoxy, varnish, or case enclosure may be involved.
Read the full article.
Caterpillar teams up with Argonne National Lab to pursue improved diesel engine combustion systems
Caterpillar Inc. and the U.S. Department of Energy's (DOE) Argonne National Laboratory are joining forces to research heavy-duty diesel engines. This project is funded by the Department's Advanced Manufacturing Office (AMO) and Vehicle Technologies Office (VTO) and is one of seven public-private partnerships recently selected under the DOE's High Performance Computing for Manufacturing (HPC4Mfg) program.
The HPC4Mfg program fosters collaboration between the DOE's national laboratories and U.S. manufacturers. The Caterpillar-Argonne team aims to increase efficiency and reduce emissions by optimizing the Caterpillar C15 piston and fuel spray geometry through simulation.
Harnessing Caterpillar and Argonne expertise for ground-breaking solutions
Caterpillar and Argonne plan to pursue a unique approach that will combine high-performance computing (HPC), additive manufacturing (AM), and higher fidelity design and simulation models. The organizations plan to build and test heavy-duty diesel engines that reduce emissions and improve fuel economy. Another goal of the project is to reduce manufacturing design costs and reduce the lead times needed to expand research-derived technology to industrial-scale manufacturing processes.
Researchers created this predictive cross-sectional view of an engine geometry showing in-cylinder and metal piston temperatures using a coupled conjugate heat transfer and computational fluid dynamics model. [Image by Convergent Science and Argonne National Laboratory]
As the world's leading manufacturer of construction/mining equipment and diesel engines, Caterpillar has state-of-the-art single- and multi-cylinder engine test facilities as well as facilities devoted to traditional and additive manufacturing. The company has a history of pushing the limits of engine simulation and continues to be a proponent of fundamental improvements in modeling capability.
Caterpillar leverages large-scale HPC resources -- including Argonne's Mira supercomputer at the Argonne Leadership Computing Facility (ALCF), a DOE Office of Science User Facility, and computing resources at Argonne's Laboratory Computing Resource Center, which supports internal laboratory users -- to enhance throughput from simulations.
Furthering collaboration between Caterpillar and Argonne
Argonne and Caterpillar will work in tandem through multiple stages of the HPC4Mfg project using HPC simulations at Argonne and engine and AM testing facilities at Caterpillar. Caterpillar's plan to team with Argonne stems from previous joint projects and the desire to combine Caterpillar's engine expertise with the laboratory's expertise in fuel spray and combustion modeling using CONVERGE (a computational fluid dynamics software package widely used in industry) with HPC systems at the laboratory. Argonne, Caterpillar, and Convergent Science have collaborated in previous DOE-funded projects as well.
Source: Argonne National Laboratory
Published March 2019
Rate this article