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Leveraging the precision of 3D printing, the engineers at Ligier Automotive's design office have showcased an interesting case of silicone 3D printing

The first series of 3D-printed silicone object-artworks, “the great feelings,” marks the beginning of a collaboration between artist Franck Cazenave, engineer Thomas Batigne, and the Lynxter studio

At Lynxter, Research & Development Engineer Brice Parilusyan advanced the field of soft robotics by using silicone 3D printing to merge soft sensors with actuators.

Join Louis Pech from Enovis as he explains how the integration of the Lynxter S600D printer has given them a significant advantage in product development: more prototypes, faster iterations, and superior designs.

The armed forces increasingly rely on additive manufacturing. Various military groups and departments have integrated this technology to repair and enhance their equipment, recognizing its numerous advantages.

Lynxter 3D printers have been integrated into an ambitious medical research project, the PASSE project (Project for the Improvement of the Swall-E Simulator)

The strategic advantages, benefits, and the wide-ranging applications of these masks across various sectors, positioning them as essential tools for efficient and precise wet surface treatments.

Silicone 3D printing on textiles is an innovation allowing designers to create unique and complex pieces. Customization, texture diversity, and durability are its strengths. Lynxter collaborates with designers to shape the fashion and design of tomorrow

How silicone 3D printing revolutionizes medical care, particularly in personalized prosthetics and assistive devices

Dive into the transformative impact of silicone 3D printing on the field of soft robotics, examining its applications and potential uses.

Combining the liquid 3D printing capabilities of the S300X - LIQ21 | LIQ11 with Trinytec's orthopedic expertise to print personalized silicone orthopedic collars

Discover how Silicone 3D Printing is Revolutionizing Ostomy Care | Learn about Odapt, a groundbreaking solution designed by students at Elisava Barcelona School of Design and Engineering.

Learn how Silicone 3D printing allows for greater design freedom, customization, and control over the mechanical properties of SPAs in soft robotics.

This article explores the advantages of modular 3D printing in the defense sector, with a focus on customization, complex geometries for stealth, and reduced reliance on external suppliers.

Myriam Delprat of the Saint-Céré fablab explains why owning an industrial 3D printer opens the fablab to industrial players.

Learn how silicone 3D printing helped SAPRENA to keep its production line up and running, avoiding operational overheads.

Learn how silicone 3D printing can be a new solution in the masking stage of surface treatment

Lynxter tested different materials under shot peening conditions to find the right choice of printed material for this mechanical surface treatment. Learn what material is the best for treatments like shot peening or sandblasting and how 3D printing spare parts can reduce the masking time.

Learn how silicone 3D printing provides a new solution to the masking stage of metal surface treatment.

Lynxter presents its first collaboration around silicone 3D printing with a fashion house: the accessories brand Incxnnue.

Discover the experimental study on Notre-Dame de Paris: how the S600D 3D printer created a model of the building to produce an in-depth assessment of the expected wind load on the different parts of the cathedral.

Jigs, fixtures, masking, protection, soft filament 3D printing can be used to create specific custom made parts to ease production and handling of industrial machines

How technical ceramics 3D printing is an essential element in the industry and how its printing leads to cost reduction and time saving.

Which industries are using 3D printing today and how? Through the example of Renault tooling, Lynxter looks at the advantages of 3D printing of high performance filaments in the automotive industry.

Have you heard about soft robotics? Deformable, flexible and soft, these new robots are transforming Industry 4.0: Learn how silicone 3D printing can be a real benefit for soft robotics and how the Schneider Electric Open Lab is using soft robotics and the Lynxter S600D to make a prototype gripper.

Silicone 3D printing in orthopedics and medical project take a big step ahead with the work of Lynxter's Professional 3D printer and Cop Chimie.

Silicone 3D printing solution for a maintenance issue in the railway Industry.

Meet the founders of Lynxter : Watch our #interview and see what our 3 co-founders have learned by being young entrepreneurs in industry 4.0 and additive manufacturing.

French savoir-faire is put to the forefront with the Lynxter 3D printer

The modularity of manufacturing processes is a major asset for additive manufacturing service providers with a wide range of projects