8,000 m² of floor, two cranes, 50 furnaces a year and a hard ceiling on chamber width. The numbers a buyer needs before drawing sign-off are on this page — including the test we cannot run before shipment.
8,000m²
Workshop floor area
50/ year
Furnaces delivered
10 + 5t
Overhead crane capacity, two cranes
60%
Technical and process staff, of 20 people
01
A standard workshop with the equipment this kind of build actually needs. What matters to a buyer is not the area, but what can be lifted and what can be cut.
8,000 m² of workshop floor, laid out for fabrication and trial assembly in the same bay.
Two overhead cranes — 10 t and 5 t. The tonnage sets the largest single piece that can be lifted and turned.
Welding machines, laser cutting and the overhead cranes, all in the same shop as assembly.
Crane capacity, not floor area, is what limits a heavy build: a chamber section that cannot be lifted and turned in one piece changes the assembly sequence. That is why the tonnage is stated here rather than left in a brochure.
02
Two figures decide whether a chamber is buildable here. Both are worth checking against your part before the drawing stage.
600mm
The widest chamber we build on a mesh belt. Past that point the belt no longer spans the load the way this design assumes.
2m
More than three times the mesh-belt figure, because the part is carried across the width on driven rolls instead of on a belt spanning it.
Width is the binding limit. Chamber length is not fixed here: it follows the heated-zone length your output and process time need, which is the calculation set out on the custom furnace process page.
03
Inspection is stated here as two concrete checkpoints with a record behind each of them, rather than as a list of quality adjectives.
Between those two ends, workmanship is held to the shop’s own standard rather than to a signed inspection record at every stage. If your project needs stage-by-stage hold points with a signature at each one, raise it at the enquiry stage and it is written into the order.
04
A furnace of this size is commissioned where it is installed, and no amount of workshop testing at the works changes that.
The control cabinet is powered and commissioned at the works. The furnace itself is not fired up before shipment.
Powering the cabinet proves the wiring, the interlocks and the control sequence before the machine is packed. That is the test the shop can run.
The furnace is not heated at the works, so the heat-up curve and the thermal behaviour under load are demonstrated after installation, at your site.
The acceptance you get at the works is electrical, mechanical and visual; the thermal acceptance happens where the machine is installed.
The four delivery nodes and the joint factory acceptance are set out on the custom furnace process page, so both sides know which acceptance is signed where before production starts.
05
Two numbers that decide whether a schedule is realistic: how many furnaces leave the shop in a year, and how much of the team is technical.
Annual delivery runs at 50 furnaces. It is the figure a delivery date is checked against, so it is stated rather than implied.
The team is 20 people, with 60% in technical and process roles — about 12 engineers and technicians against 8 in other functions.
FAQ
Send the part, the chamber width you need and the output per hour. You get a straight answer on whether it fits inside 600 mm or 2 m, which crane lifts it, and which records travel with the machine — before the drawing stage, not during it.
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