Can We Make It?

Four questions, no form, no email address. You'll know in about ten seconds whether this is a job for us.

Process

Material family

Thickness (mm)

Longest dimension (mm)

Weight per piece (kg)

Tightest tolerance (mm)

Our processing envelope

The same rules the check above uses, published in full.

Process	Material family	Thickness	Max size	Max weight	Best tolerance
Cutting	Carbon & low alloy	up to 80 mm	2000 × 6000	—	ISO 9013 Range 2
Cutting	High strength	up to 60 mm	2000 × 6000	—	ISO 9013 Range 2
Cutting	Wear resistant	up to 40 mm	2000 × 6000	—	ISO 9013 Range 2
Cutting	Stainless	up to 10 mm	2000 × 6000	—	ISO 9013 Range 2
Forming	Carbon & low alloy	up to 16 mm	4000 mm bend length	—	ISO 13920 Class B
Forming	High strength / Wear resistant	up to 12 mm	4000 mm bend length	—	Larger radius required
Welding	Carbon, low alloy, wear, high strength	up to 80 mm	12000 × 4000 × 3500 mm	4 t	ISO 5817 Level C / ISO 13920 Class B
Machining	All of the above	—	2800 × 1600 × 800 mm	4 t	±0.5 mm hole position / ISO 2768-m

Tolerances and quality levels

Thermal cutting to ISO 9013 Range 2 as standard.
Weldment dimensional tolerances to ISO 13920 Class B as standard, a tighter class on request.
Weld quality to ISO 5817 Level C as standard, Level B where the drawing specifies it.
Machined features to ISO 2768-m unless the drawing states otherwise.
Surface preparation to ISO 8501-1 Sa 2½, coating systems to ISO 12944 up to C4.

We would rather tell you than take the enquiry. These are the reasons you might see:

At this thickness and quantity this is a job for a sheet metal shop with automated bending and a punch, not a heavy fabricator. Our setup time would make us the wrong answer on price.
A part this size is not economic for us — our fixturing and handling are built for pieces above about 25 kg.
This is beyond our machining envelope. We can sometimes machine in stages, but for a part this size you want a shop with a larger gantry.
That tolerance on a part this size is beyond what we will commit to. Anything tighter than our standard needs a precision machining house with a temperature-controlled shop.
If this is a load-bearing component for a building or civil works, it needs EN 1090 CE marking. Our certification is in progress and until it is issued we don't take that work.

Acknowledgement within 4 working hours. Full quotation within 48 hours when the drawing package is complete.