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High-Dynamics & Precision Motion Control

Robotics Industry Manufacturing Solutions

High-stiffness lightweight robotic arms, harmonic drive flexspline gears, AGV/AMR chassis, and custom end-of-arm tooling (EOAT).

Sango manufactures high-precision mechanical components for industrial articulated robots, collaborative robots (Cobots), humanoid robots, and Autonomous Mobile Robots (AMRs). Combining high-strength aerospace aluminum, hardened gear steels, and carbon fiber composites, we achieve maximum payload-to-weight ratios and backlash-free precision.

Quality Metrology
Stringent Quality Control Full CoC & Material Certs 100% Dimensional Inspection
Robotics Industry Manufacturing Solutions
Industry Compliance Certified
Traceable manufacturing records, CMM measurement reports, and material test certificates included with every production batch.
Weight Reduction
Up to 45%
Pocketed aerospace aluminum & carbon composites
Gear Backlash
<1 Arcmin
Precision hobbed & ground gear teeth
Bore Concentricity
0.003 mm
Bearing seat alignment for zero vibration
Rapid Prototypes
2 - 4 Days
Fast iterations for agile robotics NPI
Strict Compliance

Quality Standards & Certifications

ISO 9283

Manipulating Industrial Robots

Performance criteria and test methods for positional repeatability and path accuracy.

AGMA Class 12

Precision Gearing Standards

Tight gear tooth profile, pitch, and lead tolerances for zero-backlash drive trains.

ISO 9001:2015

Certified Metrology

Full Zeiss CMM verification on bearing alignment and harmonic flexsplines.

Production Scope

Key Components & Manufacturing Solutions

From precision rapid prototypes to high-volume qualified assemblies.

Articulated Robot Arm Links & Joints

Articulated Robot Arm Links & Joints

Lightweight 5-axis milled aluminum structural arm segments with internal cable routing channels and integrated bearing housings.

Processes:
5-Axis CNC MillingHard AnodizingCoordinate Metrology
Materials:
Aluminum 7075-T6Aluminum 6061-T6
Harmonic Drive & Cycloidal Reduction Gears

Harmonic Drive & Cycloidal Reduction Gears

Ultra-precise thin-cup flexsplines, circular splines, and cycloidal gear discs requiring extreme fatigue strength and sub-micron tooth profiles.

Processes:
Wire EDMJig GrindingVacuum Heat Treatment
Materials:
40CrNiMoA Alloy SteelSNCM439 SteelTitanium Gr5
End-of-Arm Tooling (EOAT) Grippers & Vacuum Manifolds

End-of-Arm Tooling (EOAT) Grippers & Vacuum Manifolds

Custom pneumatic and electric gripper fingers, multi-port vacuum suction plates, and quick-change robotic tool adapters.

Processes:
HP MJF 3D PrintingCNC TurningPolyurethane Overmolding
Materials:
PA12 NylonCarbon Fiber CF30Soft TPU (Shore 60A)
Material Science

Recommended Industry Materials

01

Aluminum 7075-T6 / 6061-T6

High specific modulus (E/ρ) and fatigue strength to minimize robot arm inertia and maximize dynamic acceleration.

02

High-Strength Alloy Steels (4140 / 4340 / 8620)

Deep-case carburizing for high surface hardness (60 HRC) and tough shock-absorbing cores in cycloidal gear drives.

03

POM (Delrin) & Torlon Polyamide-imide

Low friction, high dimensional stability, self-lubricating properties for smooth robotic sliding guides.

04

Chopped & Continuous Carbon Fiber Composites

Ultra-low mass end-effectors allowing robots to lift heavier customer payloads.

Got Questions?

Industry Manufacturing FAQs

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