Plasma cutting is a lot faster than waterjet cutting, but it is not as precise. If your project requires larger parts and metal components that can’t be pressed or are low volume, or sheet metal parts that may be part of a welded assembly, WASCA can help.

The plasma cutting process cuts through electrically conductive material with an accelerated jet of hot plasma. The machine consists of a steel table and, through CNC control, cuts the workpiece shape.

How custom
 work

WASCA five step process

WASCA five-stage manufacturing process

If we don’t stock it, we’ll create it. Here’s how.

Stage 1: Free Consultation

Speak with our engineers directly so that we can understand your problem, and you can determine if WASCA the best speciality component manufacturing solution.

Stage 2: Briefing

Our experts will get to know your component requirements and specifications. An in-person or phone meeting will determine key objectives, timing, quantity, material requirements and dimensions.

Stage 3: Project Plan and Strategy

Here we outline the materials required, finishes if any and even target pricing. You will receive a: project quotation with cost variations and a timeline.

Stage 4: Project Coordination and Prototype

Now, we’re ready to order your materials, build tooling if required and set our machines. You will receive your: order acknowledgement and a delivery estimate.

Stage 5: Component Manufacture

During production, your order is closely monitored for quality control through our ERP system. Once we finalise manufacturing, your part is securely packed and delivered on time.

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