HBD Showcases Additively Manufactured Titanium Milling Cutter Head

HBD’s Additive Manufacturing Revolutionizes Milling Cutter Production

Shanghai Hanbang 3D Tech Co, Ltd (HBD) displayed an additively manufactured titanium milling cutter head at TCT Asia 2025. The Ti6Al4V cutter, sized 62 x 62 x 53 mm, was produced using HBD’s advanced 8-laser 400 Laser Beam Powder Bed Fusion (PBF-LB) machine. This innovation drastically shortens lead times, reduces costs, and minimizes material waste in tooling production. Milling tools remain critical for industries such as aerospace, automotive, and precision mold-making, where performance affects machining precision and costs.

Additive Manufacturing Enables Lightweight, High-Performance Milling Tools

HBD’s Ti6Al4V milling cutter head integrates a bionic honeycomb lattice structure designed with topology optimization. This design reduces tool weight by over 60% and improves vibration resistance, addressing common issues in traditional milling cutters. As a result, smaller machines can now accommodate larger cutters, enhancing productivity and spindle life. The HBD 400 AM machine, with an 8×500 W laser system, enables production speeds up to 12.8 times faster than dual-laser setups, making it ideal for high-volume manufacturing. Its bi-directional powder recoating and energy controls ensure part density and quality.

SuperMetalPrice Commentary:

HBD’s breakthrough in additively manufactured titanium milling cutters highlights how metal AM transforms tooling industries. By reducing weight and enhancing tool durability, additive manufacturing supports smarter, more efficient machining processes. This technology allows manufacturers to meet growing precision demands while cutting production time and waste. As AM equipment like HBD’s 400 machine advances, it will drive broader adoption in aerospace and automotive sectors, accelerating industrial innovation.