Roboskin

Knitted bionic soft skin engineered around the robot, not the human body.

A Functional Interface Between Robot and World

Roboskin combines conformal coverage, programmable structures, serviceability and optional sensing integration.

Roboskin shoulder close-upRoboskin arm ventilation detail

Designed by Zone

Joint Elasticity

Local stretch and recovery are tuned to joint range and repeated motion.

Ventilation Mesh

Open structures can be positioned around heat sources and high-airflow areas.

Integral Shaping

Shaped knitting reduces cut seams and preserves smooth coverage on complex surfaces.

Access & Clearance

Cameras, microphones, LiDAR, screens, ports, vents and service openings remain accessible.

Conductive Yarn Ready

Selected zones can reserve conductive pathways and interfaces for sensing research.

Modular Maintenance

Removable sections allow cleaning, repair and replacement without changing the whole shell.

Project Inputs & Typical Lead Time

Supported Inputs

STEP, STL, OBJ, orthographic drawings, dimensions and robot photographs. Final input requirements are confirmed per project.

Prototype Timing

A basic appearance prototype typically takes 7-15 days after complete data approval. Functional projects require separate testing schedules.

Materials

Polyester, nylon, elastane and project-specific functional yarns selected for movement, care and environment.

Submit Robot Data for Assessment

Knitted Soft Skin vs. Rigid Shells and Silicone

Rigid Shell

Precise protection and hard-surface styling, but tooling, joint clearance and iterative modification can be costly.

Silicone Skin

Human-like touch and continuous surfaces, with trade-offs in weight, heat dissipation and maintenance.

Knitted Roboskin

Lightweight, breathable, removable and fast to iterate, especially valuable for prototypes and flexible production.