SuperFlex is a high performance flexible resin engineered for creators who need strong rubber like parts with excellent durability and controlled elasticity. With an 80A Shore hardness and reliable elongation it is ideal for functional prototypes that require cushioning impact resistance and long term flexibility. Whether you are printing engineering components wearable parts or soft mechanical elements SuperFlex delivers consistent professional grade results.
Balanced Softness and Strength
SuperFlex offers a carefully tuned balance between softness and structural strength. This makes it ideal for simulating rubber or TPU in hard flexible prototypes. Parts bend and compress under load while maintaining dimensional accuracy and mechanical stability.
80A Shore Hardness with 150 Percent Elongation
With an 80A Shore durometer and 150 percent elongation at break SuperFlex is well suited for applications that require cushioning damping and shock absorption. Printed parts can flex repeatedly without tearing cracking or deforming.
Fast Printing for High Productivity
SuperFlex cures quickly on monochrome LCD printers printing a 50 micron layer in just 1.7 seconds. This significantly reduces print times and lowers electricity usage making it ideal for both individual makers and high volume print farms.
Boost Output by 40 Percent or More
The rapid curing speed and stable flow characteristics allow print farms to increase throughput by at least 40 percent. Faster prints mean more completed jobs in less time improving overall efficiency and reducing operational costs.
ISO 10993 5 Tested After Proper Post Cure
When fully cleaned and post cured SuperFlex prints pass ISO 10993 5 testing. This adds confidence for applications where material safety and reliability are essential.
Compatible with All LCD 3D Printers
SuperFlex works seamlessly with all regular and mono LCD printers including 4K and 8K systems. No special hardware or modifications are required.
Ideal Applications
SuperFlex is perfect for printing
• cushioning components
• vibration damping parts
• shock absorbing prototypes
• flexible mechanical elements
• ergonomic grips and handles
• wearable or soft touch parts
Its balanced hardness and elasticity make it suitable for both engineering and creative design work.
