Legacy of Precision,
Future of Fabrication
Transforming industrial challenges into high-performance reality since 1953.
Who We Are
Celette has always been defined by one thing: The Pursuit of Structural Perfection.
Founded over 70 years ago, we became the global benchmark for
automotive collision repair through our world-renowned bench and jig systems.
We built our reputation by providing the world’s leading manufacturers with the
precision required to restore complex structures to their original OEM
specifications.
Today, we are taking that DNA of accuracy and material science into the next industrial revolution. Celette – 3D Printing Services is not just a 3D printing service; it is the culmination of decades of engineering expertise, now applied to the world of 3D Printing.
Our Evolution: From Steel to Carbon
We recognized that the industrial world is changing. Metal is no longer the only answer for structural strength. By combining our deep understanding of mechanical tolerances with industrial-grade FDM (Fused Deposition Modeling) technology, we empower engineers to move faster, lighter, and more efficiently.
We have transitioned from being a supplier of heavy hardware to a partner in Agile Engineering.
Why Us ?
In an industry crowded with hobbyist-level services, Celette stands apart by offering a truly Industrial Ecosystem.
Engineering-First Approach
We don't just print files. We analyze geometries, optimize fiber orientations, and select materials based on the physics of your application.
The Composite Specialists
We focus exclusively on high-performance materials. We specialize in the difficult, the parts that must survive 260°C heat, corrosove chemicals, or extreme mechanical
Uncompromising Quality
Our Heritage in the automotive sector means we live and breathe tolerances. Every part produced in our lab undergoes rigorous quality checks to ensure it meets the same standards as our legendary repair systems.
Our Mission
To provide global industries, from Aerospace and Robotics to
Energy and Research, with the ability to replace traditional metal components
with high-performance, fiber-reinforced composites on demand.
We make the impossible geometries of today the functional
hardware of tomorrow.
