Honeycomb & sandwich panels
Ultrasonic cutting concepts for core materials, trimming, profiling, and clean edge requirements.
Review a honeycomb part →Applications
Machining solutions for advanced materials.
Explore where DMD five-axis CNC and ultrasonic technologies can support difficult parts, demanding edge quality, and repeatable production.
Material-led guidance
Start with the material and the part.
Every application has different geometry, thickness, tooling, fixturing, and inspection requirements. Use these categories as a starting point for a technical discussion.
Carbon fiber & CFRP
Five-axis access for complex surfaces, composite trimming, drilling, profiling, and finishing.
Discuss a CFRP part →
Foam, resin & plastics
Large-format and multi-angle machining for models, molds, tooling, and non-metal components.
Discuss a 3D surface →Industry pathways
Organize the website around the customer’s production question.
DMD can serve multiple industries, but each landing page should focus on the actual part, process, and proof that an engineer needs to evaluate the solution.
Aerospace & aviation
Composite structures, honeycomb panels, tooling, trims, and complex lightweight parts.
Automotive & new energy
Composite components, molds, fixtures, and repeatable high-mix production.
Marine, wind & rail
Large-format panels, models, molds, foam, fiberglass, and low-density materials.
Application-focused engineeringProcess selection
Which process should you evaluate?
Five-axis CNC
Best starting point for complex 3D surfaces, multi-angle milling, drilling, trimming, and flexible material coverage.
- Multi-angle tool access
- Complex surface and mold work
- Flexible spindle and tool options
- Suitable for many non-metal materials
Ultrasonic composite machining
A dedicated path to evaluate for honeycomb, carbon fiber, and difficult edge-quality requirements.
- High-frequency cutting system
- Lower-force composite processing concept
- Application-specific blade and tool selection
- Feasibility testing before configuration