Material Guide

We use carefully selected 3D printing materials based on the purpose of each model. Whether you need an educational anatomy model, a flexible demonstration piece, or a detailed display model, this guide will help you understand the characteristics of each material.

Our anatomical models, statues, and specialized replicas are manufactured using medical-grade and high-stability polymers. Use this reference guide to understand the handling characteristics, tactile durability, and structural preservation needs of each material tier.

Recommended for Medical Models

PETG

Polyethylene Terephthalate Glycol

Durability ★★★★★
Detail Quality ★★★★★
Heat Resistance High
Flexibility Moderate
Recommended Use Medical education, anatomy models, laboratory demonstrations

Why We Use PETG

PETG is our preferred material for most anatomical models because it combines excellent strength with reliable dimensional accuracy. It is suitable for models that are handled regularly in classrooms, clinics, and training environments.

Care Instructions

Clean using a soft cloth with mild soap or isopropyl alcohol. Avoid prolonged exposure to temperatures above 80°C and do not place the model inside an autoclave.

Best for Display Models

PLA

Polylactic Acid

Durability ★★★★☆
Detail Quality ★★★★★
Heat Resistance Moderate
Flexibility Low
Recommended Use Display models, educational samples, sculptures and decorative pieces

Why We Use PLA

PLA produces smooth surfaces and fine details, making it an excellent choice for display models and educational replicas where appearance is the priority.

Care Instructions

Store indoors and avoid prolonged exposure to high temperatures or direct sunlight. Clean gently using a soft cloth or mild soapy water.

Flexible Material

TPU

Thermoplastic Polyurethane

Durability ★★★★★
Detail Quality ★★★★☆
Heat Resistance High
Flexibility ★★★★★
Recommended Use Soft tissue demonstrations, flexible joints and medical simulation models

Why We Use TPU

TPU is a flexible material that bends without breaking, making it suitable for soft tissue models, ligaments, joints, and demonstration models that require movement.

Care Instructions

Wash with water or mild soap when required. Store in a clean, dry environment and avoid contact with strong industrial chemicals.