Boston Micro Fabrication (BMF) is expanding its microArch series capabilities with four new materials that provide lab managers with a broader range of options for high-precision 3D printing. From extreme heat resistance to biocompatibility, these materials support applications in high-stakes fields like aerospace, biotechnology, and medical devices, allowing labs to produce highly accurate, functional prototypes and production parts with ease.

Key Advantages for Laboratory Managers

1. 3D Systems Figure 4 HI TEMP 300-AMB - With a high Heat Deflection Temperature of over 300°C, this material provides labs with a solution for extreme thermal applications, such as motor enclosures and HVAC components, with no secondary curing required.

2. BASF Ultracur3D 3280 - Ideal for tooling and mold inserts, this ceramic-filled resin offers unmatched stiffness and high-temperature resistance, simplifying processes in laboratories focused on high-stress testing.

3. HTF Resin - This BMF-exclusive material is both high-temperature resistant and biocompatible, providing labs in aerospace and biotech the flexibility to create sterilizable parts with enhanced durability.

4. SR (Sacrificial Resin) - A dissolvable material, SR supports labs in creating single-use molds cost-effectively, ideal for low-volume production and PDMS applications.

These materials empower lab managers to meet unique project requirements efficiently, combining the microArch 3D printer's precision with material versatility.

This article is an AI generated summary of a published press release provided by Boston Micro Fabrication