BASF and Paxis collaborate to advance innovative materials for new 3D printing technology

3 June 2019

BASF 3D Printing Solutions is to provide innovative additive manufacturing materials to Paxis LLC for their new WAV technology. This is currently in development and is designed to meet the needs of additive manufacturing users, advanced manufacturing as well as traditional manufacturing markets. The WAV (Wave Applied Voxel) process was created with the end-user firmly in mind in an effort to solve trapped volume issues of current liquid resin-based technologies.

"The combination of BASF materials and Paxis’s system will revolutionize the way end-applications are designed, manufactured and integrated into production", states Arnaud Guedou, business drector Photopolymer Solutions, BASF 3D Printing Solutions.

"With the new WAV technology, Paxis extends the application possibilities of additive manufacturing to a much broader scope than current technologies allow."

BASF’s Ultracur3D ST 45 reactive urethane photopolymer for tough applications has been designed to fulfill the requirements of functional applications for high accuracy and mechanical strength, where existing 3D printing materials often reach their limitations. Ultracur3D ST 45 can be used to produce high performance functional parts by using a wide variety of equipment, such as stereolithography (SLA), digital light processing (DLP), or Liquid Crystal Display (LCD).

Paxis’s primary focus are commercial manufacturing applications in the aerospace, automotive, dental and medical sectors, as well as identifying potential vertical markets within advanced manufacturing that have so far been ignored due to the limitations of existing technologies.

Commercial manufacturers will benefit from a scalability of size and speed previously unknown in current additive-manufacturing resin-based systems. Hand-selected companies will be invited during the early stages of hardware and product development to work closely with industrial producers on solving their application requirements. Adaptability to specific commercial manufacturer needs coupled with a system capable of far greater scalability will further accelerate additive manufacturing beyond mass customization, with the goal of opening up new untapped vertical markets.



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