Whitepaper

When Input Shaping is Not Enough.....

By

Brenda Jones

October 3, 2023

When your end users want to print high precision parts, turn to a more robust vibration compensation method than input shaping:

When your end users want to print high precision parts, turn to a more robust vibration compensation method than input shaping:

Ulendo VC

Higher precision and reliability
Less noise
Minimal work from your engineering team

Read the whitepaper

Latest

Stay Informed with Ulendo

Read our latest blog posts for updates and insights.

Ulendo supports Dyndrite to Enhance the Performance of Metal 3D Printers with Laser Path Optimization that Reduces Heat-Induced Deformation and Stress

Ulendo Technologies, Inc. is the first company to offer laser path optimization software to Dyndrite’s LPBF Pro metal 3D printing software platform. When added as an option to the Dyndrite LPBF Pro platform, Ulendo HC (heat compensation) significantly reduces residual stress and deformation in metal 3D printing, thereby saving time/costs and improving quality.

Ulendo's Software Upgrade QUINTUPLES the Speed of Industrial Extrusion-based Printers

Ulendo Technologies, Inc. is partnering with Rev1 Technologies to provide software upgrades that will significantly increase the speed and acceleration of extrusion-based industrial 3D printers. For the CreatBot F430, Rev1 is offering the Ulendo VC software upgrade that quintuples the speed of the printer without sacrificing quality.

Ulendo Introduces First Add-in to Dyndrite LPBF Pro. Brings Laser Path Optimization that Reduces Heat-Induced Deformation and Stress to Metal 3D Printing.

Ulendo Technologies, Inc. is the first company to offer laser path optimization software to Dyndrite’s LPBF Pro metal 3D printing software platform. When added as an option to the Dyndrite LPBF Pro platform, Ulendo HC (heat compensation) significantly reduces residual stress and deformation in metal 3D printing, thereby saving time/costs, improving quality, and eliminating the trial-and-error process typically associated with developing scan strategies.