You've been there before.
The part looked done.
The tool was made.
Then testing found a small issue.
Now the tool had to change.
It cost more than planned.
It took longer than expected.
Moving forward should not feel like a gamble.
Additive Manufacturing
Design optimization for
low-labor additive manufacturing.
How We Help You Win
High-purity Parts
High-purity parts that
complement cleanroom molding.
Relaible Supply Chain
Reliable supply ready for
mass and distributed production.
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
Why Material Choice Matters
Cut Steel When It Makes Sense.
Start with clean 3D printed parts for
pharma, biotech and food-processing environments.
Produce without early tooling decisions.
Commit to steel when the demand supports it.
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
