


The part can be printed.
But can it be trusted?
That is the real barrier in regulated applications.
Will the material affect what it touches?
Will it retain color, odor, or compounds after use?
Will the next build perform like the first?
Moving from 1 part to many should not feel like a gamble.




Co-Develop
Your Part or Device
Work with our team to turn
your requirements into functional parts and devices ready for testing and validation.

Our Services
1 Controlled Cleanroom Process
From filament manufacturing to
3D printing and packaging,
each step happens inside our cleanroom and is documented for traceability.

Scale Through a Validated Process
Move from first samples to repeat orders through a cleanroom production process shown to maintain biocompatibility.

From development to repeatable supply, we help you build 3D printed parts and devices that can be
tested, validated, and produced through a controlled process.

Clean From the First Layer
From 1 Part to Many
Printed without brim or glue.
Biocompatibility validated as-printed,
without coating or secondary processing.
Fewer process variables to document, test, and control, making the path from first part to repeatable production simpler.


Why Material Choice Matters


Your Path to High-purity Parts
We print for you:
Step 1
You Provide Part Specs
and Requirements
Start without commitment to tooling
Step 2
We Optimize Design
for 3D Printing
Confirm manufacturability
before production
Step 3
We Deliver Controlled,
Repeatable Production
Production parts now,
More volume as you need it
Print in-house:
Step 1
Purchase the filament
Step 2
Print parameters from FLXR or the marketplace
Step 3
Print the parts in-house

Applications

Biotech
&
Pharma
Lab
Equipment
Microfluidics
Millifluidics

Pharma Packaging
Pharma Filling

Lab
Automation

Surgical Guides
(materials only)

Food
& Beverage
Processing

Diagnostics
&
Analysis

3D-printed PEN
bone cement mold

3D-printed PEN
CSTR reactor

3D-printed PEN
medtech cartridge

3D-printed PEN
surgical guide

3D-printed PEN microfluidic chip



