Why we brought cutting in-house
For years, custom cabinet panels went out to a subcontractor. The work was good, but the schedule was not ours. A drawing revision on a Friday might not reach the cutting queue until the following Wednesday, and if the subcontractor was busy, longer.
For a private-label programme with a fixed container date, that variability was the single largest source of slippage in the whole plan. Everything downstream — bending, welding, foaming, assembly — was already inside our walls. Only the first operation was outside.
What actually changed
The visible change is a fibre laser with automatic nesting. The change that matters commercially is that a panel revision no longer waits for anybody else.
| Stage | Before | Now |
|---|---|---|
| Drawing approval to first cut | 3 - 7 working days | Same day or next morning |
| Design change on an approved panel | Re-quote, re-queue | Re-nest and cut |
| Tooling cycle for a new cabinet size | 8 - 12 weeks | 6 - 8 weeks |
| Edge quality before welding | Subcontracted, variable | Controlled in-house, deburred on line |
| Minimum batch for a new panel | Subcontractor minimum | One sheet |
Tolerances and weld fit-up
Laser cutting holds tighter dimensional tolerance than the plasma process it replaced, and the cut edge is clean enough to weld without an extra grinding pass. On a commercial cabinet that shows up in two places: door gaps, which are the first thing a customer notices, and gasket sealing faces, which decide whether the cabinet passes its pull-down test.
The practical consequence for a buyer is that a late design change costs time rather than tooling. On projects where a customer wants to adjust a shelf pitch, a door width or a plinth height after seeing the first prototype, that is the difference between a two-week slip and a two-month one.
What it changes for OEM and ODM buyers
- Lower risk on first orders. The tooling cycle is shorter, so the interval between paying a deposit and seeing a prototype is shorter.
- Cheaper iteration. A second prototype round is a scheduling decision rather than a new tooling investment.
- Faster private-label changeovers. Panel graphics and cut-outs for a different brand can be nested into the next sheet without a mould cost.
- Better traceability. Every panel is cut from a batch we can identify, which matters if a warranty question ever arises.
Nothing here is exotic technology. The advantage is that the whole chain from drawing to foam is now inside one building, so there is nobody to wait for.
What is next
The next step is connecting nesting directly to the quoting tool, so that a customer drawing can be priced with a real material yield rather than an estimate. That shortens the RFQ loop further and removes a common source of disagreement about panel wastage.
If you have a private-label programme with an awkward panel geometry, or a cabinet size that a previous supplier refused to tool, this is the moment to send it over.
Tan runs the sheet-metal area at Dixue and has been building commercial refrigeration cabinets for eighteen years.
