Email the CAD file
Include quantity, application, operating environment and target date.

CONTINUOUS FIBER MANUFACTURING · CHINA
Lightweight, reinforced industrial components made to your CAD drawings — from one-off prototypes to low-volume production.
ENGINEERED AROUND THE LOAD PATH
Continuous-fiber reinforcement can be routed through selected regions of a printed part. This makes it possible to combine complex geometry, rapid iteration and targeted structural reinforcement in one manufacturing workflow.
FOCUSED APPLICATIONS
Our first production focus is on practical components where customization, low weight and short lead times create measurable value.

Lightweight positioning, holding and assembly tools tailored to your process.
View tooling applications →02
Custom motor mounts, frames and structural supports for prototype and low-volume UAV projects.
View drone applications →03
Reinforced brackets, links and end-of-arm structures made around your geometry.
View robotics applications →CAD TO PART
Send the design, application and loading context. We review manufacturability, material options and reinforcement strategy before quotation.

MATERIAL SYSTEMS
Available material systems include engineering thermoplastics and continuous reinforcement. Final selection depends on geometry, operating conditions and load direction.

A SIMPLE SOURCING PROCESS
Include quantity, application, operating environment and target date.
We assess geometry, material options, fiber strategy and practical constraints.
You receive a project-specific quotation and proposed manufacturing approach.
We coordinate production, basic part checks, packaging and international dispatch.
WHY INTLSIGMA
Validate a single prototype before committing to a larger production run.
Fiber placement can be adapted to the part geometry and expected load direction.
One contact for drawing review, quotation, production updates and dispatch.
MOQ 1
Email your CAD file and tell us where the part will be used. We will review the project before quoting.
Performance depends on material, fiber layout, geometry and print parameters. Every project requires a design-specific manufacturing review.