Laser/Waterjet Cutting

Q: What is the difference between laser cutting and waterjet cutting?

Laser cutting uses a focused thermal beam to cut materials with smooth edges, while waterjet cutting uses a high-pressure stream of water to cut materials without heat, making it ideal for temperature-sensitive applications.

Q: When should waterjet cutting be used instead of laser cutting?

Waterjet cutting is preferred when materials may warp or degrade under heat, allowing precise cutting while maintaining structural integrity.

Q: What types of materials can Staub process using laser and waterjet cutting?

Staub processes a wide range of metals and engineered materials in sheet sizes up to 60 by 120 inches for standalone cutting or downstream machining operations.

Q: How do laser and waterjet cutting improve manufacturing efficiency?

Both cutting methods produce complex profiles and internal features with high accuracy, reducing secondary machining operations and improving production throughput.

Q: How does laser and waterjet cutting integrate with Staub’s precision machining solutions?

Laser and waterjet cutting prepare near-net components that move directly into CNC machining, finishing, inspection, and assembly workflows for production-ready delivery.

High-end, late model cutting equipment to match any project’s cutting needs.

Laser Cutting

Laser cutting uses a focused laser beam and thermal process to cut materials when the end result is to either trim material with smooth edges or cut it into complex shapes more conventional machinery cannot handle.

Waterjet Cutting

Waterjet cutting equipment is capable of cutting a variety of materials using an extremely high pressure jet of water – ideal when materials are intrinsically sensitive to high temperatures generated using other methods. Waterjet cutting provides capability to complete intricate corners, bevels, pierced holes and complex shapes.

Precision Laser & Waterjet Cutting for Large, Tight-Tolerance Applications

With several laser and waterjet cutting machines in our equipment line, Staub is able to handle a variety applications where tight tolerances are present. Our waterjet and laser equipment can process sheets up to 60” x 120”, and is able to process a wide range of materials. Both processes provide highly accurate results for our customers and whether these services are their primary goal, or part of a larger machining project, Staub has the solution.

Frequently Asked Questions

What is the difference between laser cutting and waterjet cutting?

Laser cutting uses a focused thermal beam to cut materials and produce smooth edges for complex shapes precisely. Waterjet cutting uses a high-pressure stream of water to cut materials without heat, making it ideal for temperature-sensitive materials or applications requiring no heat-affected zones.

When should waterjet cutting be used instead of laser cutting?

Waterjet cutting is preferred when materials may warp, harden, or degrade under heat. The process enables accurate cutting of sensitive materials while maintaining structural integrity and dimensional stability throughout production.

What types of materials can Staub process using laser and waterjet cutting?

Staub’s laser and waterjet systems process a wide range of metals and engineered materials in sheet sizes up to 60″ × 120″. These capabilities support both standalone cutting requirements and downstream precision machining operations.

How do laser and waterjet cutting improve manufacturing efficiency?

Both cutting methods allow complex profiles, internal cutouts, bevels, and pierced features to be produced with high accuracy before machining begins. This reduces secondary operations, minimizes material waste, and improves overall production throughput.

How do laser and waterjet cutting integrate with Staub’s precision machining solutions?

Laser and waterjet cutting often serve as upstream processes within Staub’s automated manufacturing workflow, preparing near-net components that move directly into CNC machining, finishing, inspection, and assembly operations for production-ready delivery.