Uretyco
Robotics manufacturing
Accelerating Robotic Autonomy

Engineered for Movement

Uretyco provides roboticists with the agile manufacturing tools needed to prototype and scale advanced autonomous systems quickly.

Technical review
Material options
Quality requirements
Delivery planning

Robotics Solutions

Supporting robotics projects from research prototypes to series parts.

Mechanical Assemblies

Custom gearboxes, joints, and end-effectors produced to tight tolerances for smooth motion.

Lightweight Structures

Optimized frames and exoskeletons using carbon fiber composites and lightweight alloys.

Sensor Housings

Protective enclosures for LIDAR, cameras, and IMUs with integrated mounting features.

Modular Linkages

Standardized components that allow for rapid reconfiguration of robotic systems.

Technical specs
Robotic arm assembly

Dynamic Hardware Prototyping

01

Design Review

Manufacturability risks are flagged before production; clearances and fits follow your drawing.

02

Assembly Tolerances

Fits and tolerances on your drawing apply; critical dimensions are checked at Uretyco QC.

03

Integration Support

Support for custom thread inserts, bearings, and press-fit components for immediate assembly.

Advanced Supply Intelligence

Each part is matched with a manufacturing partner in Türkiye by process, material and capacity, so every component goes to a partner that suits it.

Process, material and tolerance requirements are reviewed for each part. Specify special inspection or documentation needs in your quote notes.

Multi-Axis Machining

High-precision 5-axis CNC centers for complex volumetric shapes and internal pathways for cable routing.

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CNC head

Robotic Grade Materials

High-strength, lightweight, and wear-resistant materials for demanding autonomous applications.

View All Materials

Carbon-filled Nylon (PA12 CF)

Composite

Robotic arms, structural frames

Aluminum 7075-T6

Metal

High-stress joints and gears

Titanium Gr. 23

Metal

Lightweight medical robotics

Nylon 12 (PA12)

Polymer

Complex air-flow manifolds