One machine, many processes. Work out which mix of welding and cutting you actually need before comparing every spec.
Best fit
Map the processes you use most — MIG, TIG, stick, or plasma cutting — to the machine that leads with them.
Processes you need
A 5-in-1 covers more ground; a 7-in-1 adds headroom. More processes only help if you will actually strike them.
Power supply
110V keeps the setup portable; 220V or dual-voltage gives more headroom for thicker material and cutting.
Cutting capacity
Check the clean-cut rating against the plate you cut most often — severance numbers are not working numbers.
Before you buy
Confirm your outlet, your most common material thickness, and the consumables each process needs.
Best fit
Map the processes you use most — MIG, TIG, stick, or plasma cutting — to the machine that leads with them.
Processes you need
A 5-in-1 covers more ground; a 7-in-1 adds headroom. More processes only help if you will actually strike them.
Power supply
110V keeps the setup portable; 220V or dual-voltage gives more headroom for thicker material and cutting.
Cutting capacity
Check the clean-cut rating against the plate you cut most often — severance numbers are not working numbers.
Before you buy
Confirm your outlet, your most common material thickness, and the consumables each process needs.
All-in-one FAQ.
For garage, farm, and small-shop work, a modern multiprocess machine covers the large majority of jobs one box at a time. Dedicated machines still make sense when you run one process all day and want the deepest control in it — for most mixed-project users, the flexibility wins.
Start from the process you use most. If plasma cutting is a regular part of your work, weight the clean-cut rating heavily; if you mostly weld and occasionally cut, prioritize the welding side and treat cutting capacity as the tiebreaker.