KayDrill 凯钻
Metal fabrication

Cutting and assembly both need air — even when shifts change

Plasma cutting, air tools and assembly lines share the supply, demand changes between shifts and pressure stability decides cut quality

Help me choose

Typical challenges

01

Plasma cutting, air tools and assembly all draw air

02

Demand varies between shifts; fixed-speed units waste power at low load

03

Pressure swings spoil plasma cut edges

04

Maintenance depends on specialists who aren't always available

What compressed air does here

Air for plasma cutting

Air for plasma cutting

Steady air keeps cutting pressure right and edges clean

Air tools and assembly

Air tools and assembly

Powers impact wrenches, fixtures and other assembly tools

Peak shaving

Peak shaving

Receivers smooth out demand between shifts

Recommended configuration

Typical hole size / depth / duty

Depends on the number of air-using stations

Recommended pressure & air delivery

Total air from each station's utilisation — 17 m³/min @ 13 bar typical

Recommended models

Results

Lower power use at low load and better plasma cut edges thanks to stable pressure (from a metal products plant in north China)

Recommendations

  • Size total air from station utilisation and use receivers for peak shaving
  • Service parts grouped together for in-house maintenance
  • Prioritise pressure stability — it decides plasma cut quality
View service kits ›

Metal fabrication — FAQ

How do I size air for many stations?

+

Use each station's simultaneous utilisation and add receivers for peak shaving, rather than adding up maximum demands and oversizing.

Does unstable pressure affect cut quality?

+

Yes — pressure swings directly affect plasma cut edges. Choose a unit with steady output and keep up routine maintenance.

Can our staff maintain the unit?

+

Yes. Units with grouped service parts are easy to maintain in-house, reducing reliance on outside technicians.

Get a complete proposal for this application

Get a proposal