Get a quote

New product line — Our most advanced Micro printing technology

See It In Action
Get a quote

Materials

We use the most recently developed materials
for our micro 3D printing services.

At IPFL, we utilise the latest advancements in material technology
to ensure your projects meet the highest standards. We deliver
customised solutions that align with your unique needs.

Advanced Materials for Precision Micro 3D Printing

To meet the most rigorous standards, we use the most recently developed materials for our micro 3D printing services. Investigate the resources that are currently accessible for your project. We have a material to fit your need, whether it is for biocompatible micro 3D printing, robust manufacturing components, or high temperature parts.

Get a quote

Discover cutting-edge
materials for micro 3D printing

We use cutting-edge materials like to create strong, flexible, and durable 3D-printed parts. These materials are carefully selected to meet the specific needs of your project.

HTL Black & Yellow - – 114°C HDT General-Purpose Material

HTL is a high-performance engineering resin with strong mechanical properties and a 114°C heat deflection temperature. Its superior strength and rigidity under load make it ideal for precision tooling, dies, and fixtures across aerospace, automotive, medical, and electronics.

Datasheet PDF
ST1400 – Translucent Yellow – High Ductility

ST1400 is a versatile engineering resin offering excellent ductility and impact resistance. Its translucent yellow appearance and flexible performance profile make it well-suited for components where clarity and durability are essential, such as prototyping and functional testing.

Datasheet PDF
RG – High Viscosity, High Cell Survival, Biocompatible

RG is a specialized resin formulated for biocompatibility and optimized cell viability, featuring a high-viscosity design that supports various medical applications. Its robust composition allows for precise, reliable fabrication of devices where cell survival is paramount.

Datasheet PDF
BIO – Biocompatible for Fine Microfluidic Channels

BIO is an advanced, low-viscosity resin tailored for fine detail and intricate geometries, particularly in microfluidic devices. This biocompatible formulation enables reliable manufacturing of medical and laboratory components with minimal channel blockage and high performance.

Datasheet PDF
Hi-Temp – 300°C HDT for Demanding Applications

Hi-Temp is engineered for extreme heat resistance up to 300°C, maintaining outstanding mechanical stability under intense conditions. It excels in challenging environments, offering strength and durability for tooling, casting, and high-performance industrial processes.

Datasheet PDF
Ceramic White – High Density, Ceramic-Filled Polymer

Ceramic White is a dense, ceramic-filled polymer offering excellent dimensional stability and resistance to wear. Ideal for high-precision components, it delivers robust mechanical properties and a clean, white finish suited to specialty engineering and industrial uses.

Datasheet PDF
Tough Carbon Black – High Opacity, High Rigidity

Tough Carbon Black is a dark, rigid resin designed to withstand heavy loads and repetitive stress without cracking. Its opacity and structural integrity make it suitable for functional parts that require both aesthetic appeal and robust performance.

Datasheet PDF
Carbon Nanotube C-Lite – High Rigidity, Filled, ESD Material

Carbon Nanotube C-Lite incorporates nanotube reinforcement for enhanced rigidity and electrostatic discharge (ESD) properties. This high strength, filled, material is designed for electronics and industrial applications where static control and mechanical performance are critical.

Datasheet PDF
Do you have bespoke project requirements?

Our design team can tailor our solutions to your needs.

Let’s get started
Do you have questions with any of our product line?

Contact us, our administration team are here to help.

Get in touch today

Enquiry Form

"*" indicates required fields

Enquire about your next 3D product today

Consent*