You have seen this 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.
High-purity Parts
High-purity parts that complement cleanroom molding.
How We Help You Win
Additive Manufacturing
Design optimization for
low-labor additive manufacturing.
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 chemical and bioprocess 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
