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Advanced algorithms for manufacturing machines
Ulendo VC is a collection of algorithms designed to compensate the vibration that occurs when manufacturing machines are operated at high speeds. Originally founded on Ulendo's patented FBS (filtered b-splines) algorithm, Ulendo portfolio of vibration compensation algorithms use advanced techniques to double the speed of a printer without sacrificing quality.
Ulendo VC encompasses multiple vibration compensations. From FBS line and beyond, the Ulendo team has the software vibration tools to increase the performance of your large-format 3D printers, and manufacturing machines with complex configurations.
Expansive vibration compensation portfolio
Unlock the true performance of your systems
Ulendo has developed and deployed a suite of novel vibration compensation strategies across a range of industrial machines.
VC for FFF 3D printers
Ulendo has been working with 3D printer OEMs for over 4 years to develop and integrate motion planning and advance vibration compensation solutions.
Ulendo is especially well-equipped to handle mitigating vibration in complex systems that either carry a large build volume, or multi-toolhead systems.
VC for Robots
Due to the unique challenges to managing vibration in a constantly changing system given changing pose, and payload Robotic systems requires unique compensation strategies.
Ulendo in collaboration with its research partner has developed FBS 2.0 a calibration ecosystem and real-time algorithm designed to allow OEMs and integrators to increase the operating speed and productivity of their robotics systems.
Multi-Platform Support
Ulendo partners with OEMs to optimize vibration compensation solutions across both proprietary and open-source firmware. Our technical experts provide the guidance and hands-on support you need to unlock the full potential of your manufacturing machines.
We’re dedicated to growing the 3D printing community and have contributed multiple open-source enhancements to advance vibration compensation techniques. Our ongoing innovations continue to raise the bar for precision and reliability across the industry.
Let’s build the future together Contact Us
Find out how we can help build the next generation of additive manufacturing machines.
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