Robotics
Robotics & Automation
Lightweight end-of-arm tooling that survives 10⁶+ duty cycles without warp or backlash.
Designed for high-cycle automation lines and collaborative robotics cells.
Capabilities directory
Every page below is a complete production workflow — process, material, and industry-specific tolerances — with an instant online quote at the bottom. Pre-tuned by our applications engineers from years of customer builds.
12
Workflows
4
Processes
± 0.05
mm min tol
ISO
9001/AS9100
All capabilities
12 pages
Carbon Fiber Nylon for Robotics
± 0.30 mm or ± 0.30% · 76 MPa tensile
Lightweight end-of-arm tooling that survives 10⁶+ duty cycles without warp or backlash.
Carbon Fiber Nylon for Aerospace R&D
± 0.30 mm or ± 0.30% · 76 MPa tensile
Flight-representative parts with full material traceability and short iteration loops.
Polycarbonate for Electronics
± 0.30 mm or ± 0.30% · 70 MPa tensile
Tight-tolerance enclosures and fixtures that ship at the speed of EVT/DVT.
Aluminum 6061-T6 for Aerospace R&D
± 0.05 mm (ISO 2768-fH) · 310 MPa tensile
Flight-representative parts with full material traceability and short iteration loops.
Aluminum 6061-T6 for Robotics
± 0.05 mm (ISO 2768-fH) · 310 MPa tensile
Lightweight end-of-arm tooling that survives 10⁶+ duty cycles without warp or backlash.
Polycarbonate for Electronics
± 0.05 mm (ISO 2768-fH) · 70 MPa tensile
Tight-tolerance enclosures and fixtures that ship at the speed of EVT/DVT.
Clear Resin for Electronics
± 0.15 mm or ± 0.15% · 65 MPa tensile
Tight-tolerance enclosures and fixtures that ship at the speed of EVT/DVT.
Clear Resin for Architecture
± 0.15 mm or ± 0.15% · 65 MPa tensile
Presentation-grade massing models and façade prototypes for studio reviews.
Clear Resin for Aerospace R&D
± 0.15 mm or ± 0.15% · 65 MPa tensile
Flight-representative parts with full material traceability and short iteration loops.
Carbon Fiber Nylon for Robotics
± 0.20 mm or ± 0.20% · 76 MPa tensile
Lightweight end-of-arm tooling that survives 10⁶+ duty cycles without warp or backlash.
Polycarbonate for Architecture
± 0.20 mm or ± 0.20% · 70 MPa tensile
Presentation-grade massing models and façade prototypes for studio reviews.
Polycarbonate for Electronics
± 0.20 mm or ± 0.20% · 70 MPa tensile
Tight-tolerance enclosures and fixtures that ship at the speed of EVT/DVT.
Browse by industry
Each industry has its own tolerance baseline, certification stack, and lead-time expectation — we've tuned the recommended workflows accordingly.
Robotics
Robotics & Automation
Lightweight end-of-arm tooling that survives 10⁶+ duty cycles without warp or backlash.
Designed for high-cycle automation lines and collaborative robotics cells.
Aerospace R&D
Aerospace R&D
Flight-representative parts with full material traceability and short iteration loops.
AS9100-aligned workflow with optional ITAR-segregated production cell.
Electronics
Electronics & Hardware
Tight-tolerance enclosures and fixtures that ship at the speed of EVT/DVT.
ESD-safe handling and IPX-rated enclosure designs supported.
Architecture
Architecture & Built Environment
Presentation-grade massing models and façade prototypes for studio reviews.
Studio-friendly turnaround with optional matte-finish post-processing.
Browse by process
SLS
Selective Laser Sintering
Production-grade nylon parts with no support structures and full design freedom.
CNC
5-Axis CNC Machining
Subtractive precision machining for metals and engineering plastics at production scale.
SLA
Stereolithography
Ultra-fine resolution and a smooth-as-injection-molded surface finish.
FDM
Fused Deposition Modeling
Fast, cost-effective prototypes and fixtures in engineering thermoplastics.
We support 12+ materials and 4 processes — these 12 pages are just the most-requested combinations. Drop a CAD file on the home page and configure anything you want.
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