Media and Press

Inkbit’s Scott Twiddy, PhD, will speak at European Microwave Week 2026 about manufacturing complex RF components using Cyclic Olefin Thermoset (COT) materials and Vision-Controlled Jetting™ (VCJ) technology.

We're excited to see Agile Manufacturing now offering Inkbit TEPU™ 30A and TEPU™ 50A production services, giving Canadian product teams local access to production-grade rubber-like additive manufacturing.

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. 

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.

Pack Studio now makes Inkbit’s powerful algorithms available to a broader community of users, including operations and supply chain engineers. Pack Studio automatically generates cost-optimal, geometrically precise box, pallet, and truckload layouts in minutes. The platform integrates real-time landed cost analysis and provides exportable, shareable reports.

COT delivers a long-missing combination of low dielectric loss, thermal stability, and mechanical strength in additive manufacturing. These qualities were previously only possible through high cost, high labor processes. Now, engineers can iterate freely, without compromising material performance or waiting for custom tooling.