Trusted by Industry Leading Brands
Step 1
Part Review
CAD requirements, material, process guidance as needed.
Step 2
Design Support
Collaborate with our expert design and engineering team.
Step 3
Production
Optical verification and layer-level correction.
Step 4
Review & QA
Part finishing, inspection and validation.
Step 5
Part Delivery
Prototype to low-volume production with repeatability.
Inkbit Digital Factory
Rapid-Prototyping for Product Teams
SOFT + RIGID & DIELECTRIC
Next-Gen Polymers
From COT for RF and microwave applications to Titan Tough Epoxy for high-strength engineering parts and TEPU for flexible, elastomeric designs.
Inkbit’s materials have been engineered specifically for multi-material builds, durability, stability, and end-use functionality.
Partnership
RF & Microwave
Inkbit Demonstrates Luneburg Lenses Operating up to 100 GHz
Published in Optical Engineering (an SPIE journal), the study titled “Fabrication and analysis of electrically large Luneburg lenses using vision-controlled material jetting” documents the successful design, production, and characterization of wideband gradient-index (GRIN) antennas with apertures exceeding 30 wavelengths and realized gains surpassing 34 dBi.
Description
Partnership
Production-Grade TEPU Materials Expand Access to Functional Elastomer Parts
Inkbit today announced that its production-grade TEPU™ 30A & 50A elastomers are now available through Stratasys Direct, expanding access to high-performance, functional elastomer parts for engineering teams moving from prototype to production.
Description
Inkbit Blog
Expert Insight
Inkbit is the only 3D printing platform combining real-time machine vision, multi-material capability, and production-ready polymers that continue to evolve.
From prototyping to full-scaled manufacturing, our Vision-Controlled Jetting™ (VCJ) platform is unlocking new possibilities in product development without compromise.
