Martin Industrial Technology

Do you prefer to make program edits from a terminal? Take a look at these quick videos on how to get started with Kawasaki Robotics KRTerm.

Do you prefer to make program edits from a terminal? Take a look at these quick videos on how to get started with Kawasaki Robotics KRTerm.

We’d like to introduce K-EDU, a website dedicated to providing educational resources for Kawasaki Robotics. Whether you're just getting started or looking to refine your skills, K-EDU offers instructional videos on a variety of topics to help you navigate the technology with confidence. As you explore and learn, questions may come up. We’re here to help, so feel free to reach out anytime. Our goal is to support your journey and ensure you feel comfortable and capable using Kawasaki Robotics. https://lnkd.in/eP73HfiZ

A big shoutout to Matthew Stamm, our Mechatronics Specialist at Martin Industrial Technology! Since joining us in January, Matt has taken on projects for SANYO DENKI AMERICA, INC, Kawasaki Robotics, and Jenny Science US, working on palletizing, assembly, communication setup, program revisions, simulations, troubleshooting, and more. His skill set has boosted customer confidence and helped make these great brands more accessible to the market. Matt is always eager to tackle new challenges and is especially looking for an opportunity to work with the Beckhoff Automation USA XTS platform. We’re excited to see his impact grow and look forward to what the future holds!

We’re thrilled to have Matthew Stamm join us as our Mechatronics Specialist. With his expertise in servo and robotics technology, he will be a valuable resource for our customers, providing the support and insights needed to optimize their use of our products. His contributions will help us deliver even greater value, setting the stage for exciting new advancements. Big things are on the horizon — stay tuned!

Pushing buttons This is normally a phrase associated with being annoying, but in this case the button pushing is an accomplishment of modern engineering. In this video the Forceteq from Jenny Science isn't just going to preprogrammed points, but actively measuring force displacement. It detects when it contacts a part and starts to measure the force used. What does this mean? ??No need for external sensors or evaluation devices. ??Forces can be monitored mid-production. ??Captured displacement diagrams ensure traceability and consistency. Where do you see this being used? Comment below.

C?o?b?o?t?s? ?a?r?e? ?t?a?k?i?n?g? ?o?v?e?r? Cobots are on the decline... While it's safe to say that collaborative robots (cobots) aren't as niche as they used to be, the 2024 world robotics report showed the number of collaborative robot installations on the decline. Cobots made up just 2.8% of industrial robots in 2017, increasing to 7.5% by 2021, but the 2024 World Robotics Report revealed a 2% decline in cobot installations in 2023. This year, robotics giants like Schneider Electric, Doosanrobotics, TECHMAN ROBOT, Kawasaki Robotics, FANUC America Corporation, Universal Robots, and Delta Electronics all unveiled new cobots. So why the decline? Where are cobots headed? Here are some guesses as to why there has been a decline: ?? Traditional robots outperform in some cases, offering simpler, more efficient solutions. ??Stigma around job loss can discourage companies from adopting cobots, though they should complement the workforce, not replace it. ??The cost barrier remains significant, especially for small to medium-sized businesses, with economic uncertainty making it harder to justify the investment. ??Adoption challenges such as customization and ongoing maintenance can make cobots impractical without skilled personnel. So, where are cobots headed? As AI and ease of use improve, cobots will likely evolve into smarter, more flexible tools, finding their place in industries that value human-machine collaboration. Sources+Learn More: https://lnkd.in/g6DvTWqb https://lnkd.in/gQP48T-q utm_source=share&utm_medium= member_ desktop People: Isaac Maw, Vanessa Loiola

Semiconductor Device Inspection... Check out this system from Philips Lighting designed "for fast high accuracy optical inspection of semiconductor devices." This system uses a linear motor stage, the Lxc, developed by Jenny Science Here are some features of the Lxc: ? Compact, patented mono-bloc design with stationary cables—no movable cable chains needed. ? Centering force control prevents cage creep, enhancing reliability and lifespan. ? Glass scale resolution: 1 μm +/- 2 μm (optional: 100 nm +/- 500 nm). ? Optional vertical weight compensation

Ever thought about what makes robotic arms so precise and efficient? The answer lies in the components powering them. Check out this video from SANYO DENKI AMERICA, INC. highlighting the motors driving precision in robotic palletizing systems. Here are some of the products used: ?? SANMOTION G Amplifier EtherCAT I/F Enables high-speed communication with response speeds of less than 100 μs. ?? SANMOTION C S500 EtherCAT I/F Preloaded with kinematic designs for various palletizing robots. ?? SANMOTION G AC Servo Motor The GAER battery-less absolute encoder in the SANMOTION G Servo Systems delivers 23-bit standard to optional 27-bit accuracy, no batteries needed. Want to learn more? Dive into the full article here: ?? https://lnkd.in/guRrAxcw

What is the LINAX? Lxu F60S? The LINAX? Lxu F60S is a linear motor developed by Jenny Science. The "u" in Lxu stands for universal?reflecting its versatility and adaptability across a wide range of applications. Here are the details: ? Force Capacity: Handles forces of 60 N (13.48 lbf) for continuous operation and up to 180 N (40.46 lbf) for peak loads. ? Exceptional Accuracy: ?Optical measurement options provide repeatability of ±0.1 μm or ±0.5 μm. ? Flexible and Efficient Setup: Single-cable solution, absolute measuring system for reference-free positioning, versatile mounting options (carriage, base plate, or end plate), and integrated weight compensation for vertical configurations. What application do you think this should be used for?