Roboskin · Knit Bionic Soft Skin

We Knit the
Second Skin for Robots

Combining textile flexibility, engineering precision and sensing potential, we create fitted, breathable and maintainable soft shells for embodied robots.

  • 01 3D Knit Engineering
  • 02 Seamless Construction
  • 03 Sensor Integration
White knitted bionic soft skin and ventilation structure on a robot back
Ventilation MeshTargeted airflow and cooling
Elastic Joint ZoneMoves with the mechanism
Integral KnittingFewer seams and weak points
YINGYUN / 01SOFT-SKIN SYSTEM
Knitted robot arm detailKNIT STRUCTURE / DETAIL
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Product Families

Full-body coverings, local knit structures and functional materials developed around real robot geometry.

Robot wearing white Roboskin knitted bionic soft skin01 FLAGSHIP SYSTEM
ROBOSKIN

Knitted Bionic Soft Skin

View full-body knitted covering images and customization details.

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Black zoned neck and shoulder covering for a robot02 ZONED COVER
LOCAL COVERING

Zoned Neck and Shoulder Covering

Developed around neck geometry, shoulder contours and motion clearance.

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Grey knitted glove for a robot dexterous hand03 HAND COVER
DEXTEROUS HAND

Robot Dexterous-Hand Glove

Knitted around finger motion and palm-wrist coverage.

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White knitted functional textile sample04 KNIT MATERIAL
FUNCTIONAL TEXTILE

Knitted Functional Textile

Elastic, mesh and zoned knit structures for robot components.

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3D-printed lattice material samples05 3D LATTICE
ADDITIVE MATERIAL

3D-Printed Lattice Structures

Co-designed lattice cells, density and irregular geometry.

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Three Core Capabilities

Engineered around real robot geometry and operation.

Conformal Motion

Local stretch follows joints and irregular surfaces.

3D Knit Engineering

Geometry, ventilation and interfaces become production-ready patterns.

Serviceable Design

Removable modules support cleaning, repair and iteration.

From Data to Soft Skin

A basic first prototype takes around 15 days after data approval.

01 · Requirements

Confirm use, function and quantity.

02 · Geometry

Map joints, interfaces and thermal areas.

03 · Knit Engineering

Design shaping, yarns and functional zones.

04 · Prototype

Knit, fit, validate and release.

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