Celera Motion Summit Designer simplifies PCB design for robots

-

Celera Motion, a business unit of Novanta Inc., launched its Summit Designer tool that delivers standard market-ready printed circuit board (PCB) designs for robotic applications.

Celera Motion, headquartered in Bedford, Mass., is a provider of motion-control components and subsystems for OEMs serving a variety of medical and advanced industrial markets. Celera Motion said it offers precision encoders, motors and customized mechatronic solutions. Celera Motion will be exhibiting in booth 335 of the Robotics Summit & Expo, the world’s premier commercial robotics development event that takes place May 10-11 in Boston.

Summit Designer is an open-source PCB design library featuring a diverse and vast offering of market-ready application-specific PCBs that are designed, supported and updated by experts. It is a new way to develop compact robot joints, multi-axis mobile robotics systems, industrial end-effectors and surgical robots, among many others.

“Summit Designer allows developers to create an ideal application using tested and proven PCB Designs,” said Marc Vila, director of strategy and business development, Celera Motion. “This ingenious new platform cuts development time, decreases the chances of error and reduces prototype iterations. That’s more important than ever as markets evolve faster and grow more competitive. Unexpected delays can be catastrophic to projects.”

According to Celera Motion, every design is open-source and consists of a fully customizable and fully documented Altium project. Users only have to choose and add their desired modules to create a fully functional servo drive design for a market-ready robot. The options are designed to satisfy the most common requirements, such as
type of connectors, communication protocols, safety functions and motor and encoder specifications. Users then receive a fully scalable and modular download file, ready to edit at their convenience. Experts are available to answer questions and guide users.

Celera Motion said the entire process takes five steps:

  • 1. Bring an idea for a new motion control application to the Summit Designer website
  • 2. Check the PCB designs there to find the one that fits your needs
  • 3. Customize it with our in-depth application guide
  • 4. Talk to our experts and get support whenever needed
  • 5. Plug into a Summit Drive and go to market

“Summit Designer was developed by top experts in motion control applications and robotics,” Vila said. “Our goal was to make the process as simple, flexible and seamless as possible. Each project allows for high customization and provides all the necessary tools in a single download.”

The post Celera Motion Summit Designer simplifies PCB design for robots appeared first on The Robot Report.



from The Robot Report - Robotics News, Analysis & Research https://ift.tt/4P5Iga6
via artificialconference

Comments

Post a Comment

Popular posts from this blog

Chipotle testing avocado processing robot in test kitchen

-
Image
Chipotle Mexican Grill announced Autocado, an avocado processing cobotic prototype that cuts, cores, and peels avocados before they are hand mashed to create the restaurant’s famous guacamole. The prototype, developed in collaboration with Vebu , is currently being tested at the Chipotle Cultivate Center in Irvine , California.  How Autocado works  A team member loads Autocado with a full case of ripe avocados and selects the size setting. Autocado can hold up to 25 lbs. of avocados at once. One at a time, avocados are vertically oriented, then transferred to the processing device. The avocados are sliced in half. Their cores and skin are automatically removed, and the waste is discarded.  The fruit is safely collected in a stainless-steel bowl at the bottom of the device.  A team member removes the bowl of avocado fruit and moves it to the counter where they add additional ingredients and hand mash the avocados to make Chipotle’s signature guacamole.  How the Autocado idea s
Read more

Inside Comaus testing of Intrinsic Flowstate

-
Image
Intrinsic tested its latest platform and Flowstate with Comau , an Italian-based robot manufacturer and global systems integrator. Comau has been working with Intrinsic for several years now to validate Intrinsic’s platform technology and developer product, Flowstate, through real-world use cases.  Flowstate, announced earlier this year in May , is a robotic software development platform. It’s Intrinsic’s first developer product built on the Intrinsic platform. Comau was also introduced as the company’s first industry partner in May.  The Intrinsic Flowstate software  adds a layer of abstraction to traditional robotic software tools with the goal of reducing the development skillset required while making it easier than ever before to program a robot in simulation. “Partnering with Comau over the years has brought our team a tremendous amount of expertise, knowledge, and real-world use cases to focus our efforts on. We’re excited for what’s next and what it will mean to the solutio
Read more

ABB launches Flexley mobile robots, completing rebranding of ASTI AMRs

-
Image
Rebranded ABB Flexley autonomous mobile robots (AMRs) completes the integration of ASTI into ABB Robotics business. | Credit: ABB ABB launched its first range of rebranded Autonomous Mobile Robots (AMRs) following its acquisition of mobile robot leader ASTI Mobile Robotics in 2021 for $190M . ASTI Mobile Robotics’ solutions are now rebranded and integrated into ABB’s portfolio, grouped under the Flexley name, indicating the flexibility of operations that the AMRs offer. The first rebranded models to be released, Flexley Tug and Flexley Mover, cover applications including towing, trolley transportation up to 5,350 lbs (2000 kg), as well as lifting and transporting racks, containers and pallets of 4,000 lbs (1,500 kg). The ABB Flexley Mover (l) and ABB Flexley Tug (r) become the first rebranded ABB AMRs to be released. | Credit: ABB ABB joins OMRON corporation as the second automation solutions company to offer a complete lineup of autonomous mobile robots (AMRs), industrial robo
Read more