top of page
SRS02.png

Validatable 3D Printed Components
From 1 to Many

Clean and Controlled from Filament to Finished Part.
We design, prototype, and produce

high purity, biocompatible 3D printed components.

Follow us: 

  • Linkedin
  • Youtube

Response within 3 business days

機械工程工具

 

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.

waste money icon.png
faild part icon.png
waste time.png
抽象光圖案
抽象光圖案

 Co-Develop
Your Part or Device

Work with our team to turn

your requirements into functional parts and devices ready for testing and validation.

抽象光圖案

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.

抽象光圖案

Scale Through a Validated Process

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

抽象光圖案

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.

R16 Applications.png

Clean From the First Layer

From 1 Part to Many

3D printed PEN parts, made 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.

260302-production process for website 1.gif
254e23a1-44e5-43da-82f4-e7ab9e31834d.png

Clean During Contact

Clean printing is only the first step.

When a part touches process fluid, contamination can move both ways:

Part → Fluid     &    Fluid → Part

PEN helps reduce both risks.

Low E&L limits what the part can release.

Low adsorption reduces what the part can retain.

Chemical resistance helps the material stay stable during contact.

Lower residue risk helps reduce carryover and cross-contamination.

0504-short (Surface behavior & adsorption of 3DP material).gif
R16 Applications_edited.png
bone cement mold-RMBG.png
3D-printed PEN 
bone cement mold
R16 chemical reactor.png
3D-printed PEN
CSTR reactor
R16 medtech cartridge.png
3D-printed PEN
medtech cartridge
microfluidics.gif
R16 surgical guide.png
3D-printed PEN 
surgical guide
3D printed microfluidic chip
3D-printed PEN microfluidic chip
3D-printed PEN microfluidic chip

Applications

Bioteck icon.png

Biotech

&

Pharma

reactor icon.png

Lab

Equipment

microfluidics.png

Microfluidics
Millifluidics

pharma icon.png

Pharma Packaging

Pharma Filling

lab automation icon.png

Lab

Automation

surgical guide.png

Surgical Guides

(materials only)

food processing.png

Food

& Beverage

Processing

分析 icon.png

Diagnostics

&

Analysis

握手協議

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

bottom of page