1. Challenges We Solve
Research institutions, universities, startups, and small manufacturers often need precision cutting capabilities without investing in a large industrial production line. Conventional industrial waterjet machines may occupy too much space or exceed the requirements of smaller projects.
APW compact waterjet systems provide access to industrial waterjet cutting technology in a more space-efficient configuration. They are suitable for prototyping, material research, educational demonstrations, and small-batch manufacturing.
2. Recommended Waterjet Systems
APW recommends a compact CNC waterjet platform based on the required working area and application.
- Compact 3-axis CNC cutting platform.
- Integrated or space-efficient pump configuration.
- Abrasive or pure water cutting options.
- User-friendly CNC control system.
- Optional enclosed design for improved workshop safety.
- Customized working dimensions for laboratory and small production environments.
3. Materials We Process
- Metals and metal alloys.
- Carbon fiber and fiberglass composites.
- Plastics and polymers.
- Ceramics and glass.
- Rubber and foam.
- Experimental and specialty materials.
4. Application Solutions
- Universities & Research Laboratories: Conduct material cutting experiments, process development, and engineering research.
- Product Development: Produce prototypes and customized parts for design verification.
- Small Manufacturing Workshops: Handle low-volume production and specialized customer orders.
- Technical Education: Provide practical training in CNC machining, high-pressure technology, and advanced manufacturing.
- R&D Departments: Evaluate cutting performance across different materials and thicknesses.
5. Start Small. Explore More Possibilities.
You do not need a large production facility to benefit from waterjet technology.
Tell APW about your research, prototype, or small-scale production requirements. We will help identify a suitable compact system.
