Calibrated from sketch to physical.
We translate raw CAD files and physical prototypes into precision-engineered components. Verified tolerances, high-strength polymers, and industrial-grade calibration for mechanical performance.
0.1mm
Standard tolerance
48hr
Rapid turnaround
100%
In-house testing
Industrial material matrix
We fabricate using high-performance filaments and liquid resins engineered for structural integrity, chemical resistance, and precise mechanical properties.
Technical Filaments
Precision Resins
Specialty Composites
Industrial thermoplastics including carbon-fiber PETG, nylon, and polycarbonate. Calibrated for high tensile strength, impact resistance, and functional tooling applications.
Liquid photopolymers cured via high-resolution UV engines. Ideal for intricate geometries, micro-fluidic prototypes, and smooth aesthetic parts requiring zero visible layer lines.
Custom blends designed for extreme environments. We print ESD-safe materials, flexible elastomers, and high-temp alloys capable of withstanding continuous operational stress.
Mechanical tolerances
Every print run is monitored and measured against physical calibration blocks. We maintain tight dimensional control across all three axes to guarantee assembly fit.
±0.15%
Dimensional accuracy
50 µm
Minimum layer height
500 mm
Maximum build volume
Our standard tolerance threshold for functional mechanical assemblies and interlocking enclosures.
Ultra-fine vertical resolution utilizing specialized liquid resin engines for microscopic detailing.
Large-format printing capabilities for single-piece structural prototypes and batch production runs.
Need tighter tolerances or custom material certifications for your project?
What file formats do you accept?
We primarily work with STL, STEP, and OBJ files. If you only have a physical part or a hand-drawn napkin sketch, our design team can translate it into a production-ready CAD model.
Technical inquiries
How do you ensure structural strength?
We optimize internal infill patterns and shell thickness based on your part's load-bearing requirements. We also select materials like carbon-fiber composites for high-stress applications.
Answers to critical questions regarding file preparation, material selection, and custom prototyping workflows.
What is your standard lead time?
Most standard prototyping runs are completed and shipped within 48 to 72 hours. Complex assemblies or high-volume production batches are scheduled based on material availability.
Still have questions? Our engineering team is available for direct technical consultation.