SkinTech | Skin Simulation
& Device Testing Substrates

Multilayer silicone substrates replicating human skin structure and mechanical behaviour. For injection training, transdermal patch testing, and medical device validation.

AnthroPad®Available Now
3-LayerSkin Architecture
Innovate UKSmartAnthroSkin R&D
✓ Available Now

AnthroPad®

Three-layer silicone architecture replicating the epidermis, dermis, and hypodermis. Tunable mechanical and phenotypic properties for device testing, injection training, and pharmaceutical validation.

Built for teams that need consistent, repeatable skin simulation without cadaveric or animal tissue constraints.
  • ✓ Multi-layer construction with authentic needle resistance
  • ✓ Reusable across repeated procedures
  • ✓ Configurable for forearm, abdomen, and scalp injection profiles
  • ✓ Compatible with standard medical devices and syringes
  • ✓ Real-time data output via embedded sensors (SmartAnthroSkin)
  • ✓ No refrigeration or special storage required
SmartAnthroSkin

AnthroTek is developing smart sensor-embedded silicone skin systems with real-time pressure, depth, and angle feedback for quantified training and device validation. We are seeking early adopters — get in touch to shape the product.

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AnthroPad biomimetic silicone skin substrate close-up
As Featured In
BBC
Business Weekly
Cambridge
Independent
East Anglian
Daily Times

Where It's
Used

Device Testing & Validation

Quantifiable substrate feedback for medical device development and usability studies.

Injection & Clinical Training

IV, IM, and subcutaneous technique practice with authentic vein rollback and needle resistance.

Transdermal Patch Testing

Standardised skin substrates for adhesion, permeation, and wear-time evaluation.

Pharmaceutical R&D

Repeatable biomimetic surfaces for drug delivery research and product demonstration.

Wearable & Soft Robotics (In Development)

Tactile sensing integration for wearable prototyping and robotic skin development.

Prosthetics & Rehabilitation (In Development)

Pressure mapping substrates for assistive device development and ergonomics research.