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Engineering
Contract manufacturing: frames, weldments, conveyors, staircases and platforms to EN 1090 EXC2.
- EN 1090-1 EXC2
- laser to 20 mm
- machining to 6.2 m / 16 t
- robotic welding on a 14 m track
Before Tanax made containers it made steel for other people's machines, and it still does. Conveyor frames, machine bases, chassis and subframes, brackets, welded assemblies, staircases, platforms and racking, designed for manufacturability, welded to EN ISO 3834-2, machined, blasted, painted and delivered. Around a third of the factory's hours go to European machinery OEMs on repeat frame agreements.
Specification
Site
- Production area
- 31,486 m²
- Headcount
- ~80
- Engineering tradition
- machine building on this site since 1951
Cutting
- Laser
- 2,000 × 4,000 mm, 3.2 kW, to 20 mm
- Plasma
- 3-15 mm, 4,000 × 1,500 mm
- Shears
- to 25 mm × 3,150 mm
- Sawing
- frame, band and circular to Ø400 mm
Forming
- Press brake
- 400 t, 6,050 mm table
- Plate bending
- CNC to 20 mm × 4,000 mm
Welding
- Robotic
- 2 × 6-axis on a 14 m track, plus a 6-axis cell, R = 2,008 mm
- Qualification
- EN ISO 3834-2, welders to EN ISO 9606, structures to EN 1090-1 EXC2
Machining
- Horizontal boring, large
- 6,200 × 3,000 × 1,600 mm, rotary 1,800 × 2,500 mm, 16,000 kg, Ø160 mm
- Horizontal boring, second
- 3,500 × 2,500 × 1,600 mm, 12,000 kg, Ø130 mm
- Boring / milling
- 8,000 × 3,000 × 1,500 mm
- CNC turning
- Ø550 mm over bed, Ø350 over cross slide, 1,590 mm
- Rotary table CNC
- chuck Ø800 mm, workpiece to Ø1,100 mm, 765 mm high, 2,500 kg
- Gear cutting
- wheel to Ø600 mm, module 2-13, 5-120 teeth, face width to 110 mm
- Grinding
- cylindrical to Ø400 × 2,000 mm; surface 200 × 1,200 mm
- Planing / slotting
- to 1,200 × 5,000 mm; grooves to 15 mm × 120 mm
Finishing
- Shot blasting
- 8,000 × 5,000 × 3,000 mm to Sa 2.5, rail-linked to paint
- Paint
- 7,900 × 5,000 × 4,890 mm booth, drying 75-80 °C
Inspection
- 3D
- 6-axis measuring arm
Specification
Site
- Production area
- 31,486 m²
- Headcount
- ~80
- Engineering tradition
- machine building on this site since 1951
Cutting
- Laser
- 2,000 × 4,000 mm, 3.2 kW, to 20 mm
- Plasma
- 3-15 mm, 4,000 × 1,500 mm
- Shears
- to 25 mm × 3,150 mm
- Sawing
- frame, band and circular to Ø400 mm
Forming
- Press brake
- 400 t, 6,050 mm table
- Plate bending
- CNC to 20 mm × 4,000 mm
Welding
- Robotic
- 2 × 6-axis on a 14 m track, plus a 6-axis cell, R = 2,008 mm
- Qualification
- EN ISO 3834-2, welders to EN ISO 9606, structures to EN 1090-1 EXC2
Machining
- Horizontal boring, large
- 6,200 × 3,000 × 1,600 mm, rotary 1,800 × 2,500 mm, 16,000 kg, Ø160 mm
- Horizontal boring, second
- 3,500 × 2,500 × 1,600 mm, 12,000 kg, Ø130 mm
- Boring / milling
- 8,000 × 3,000 × 1,500 mm
- CNC turning
- Ø550 mm over bed, Ø350 over cross slide, 1,590 mm
- Rotary table CNC
- chuck Ø800 mm, workpiece to Ø1,100 mm, 765 mm high, 2,500 kg
- Gear cutting
- wheel to Ø600 mm, module 2-13, 5-120 teeth, face width to 110 mm
- Grinding
- cylindrical to Ø400 × 2,000 mm; surface 200 × 1,200 mm
- Planing / slotting
- to 1,200 × 5,000 mm; grooves to 15 mm × 120 mm
Finishing
- Shot blasting
- 8,000 × 5,000 × 3,000 mm to Sa 2.5, rail-linked to paint
- Paint
- 7,900 × 5,000 × 4,890 mm booth, drying 75-80 °C
Inspection
- 3D
- 6-axis measuring arm
How it is built
The decisions behind the numbers
Design for manufacture is part of the quote.
Tanax's engineers review a part for how it will actually be cut, formed, jigged and welded, and propose changes that take cost out without changing function. On repeat parts that also means designing and building the welding jigs, which is what makes a hand-welded assembly repeatable.
Robotic welding is applied where it pays, and only there.
The candidate list is built from the products themselves: parts common to more than one product, and parts with intermittent welds. On a recent programme fourteen parts were shortlisted from two OEM product families and the first four weldments went to fixture design. That is the method: map the parts, then build the fixtures.
Blast and paint are on the same rail.
The blasting chamber and the paint booth are rail-connected, so a large weldment moves from Sa 2.5 straight to primer without a re-handle and without flash rust between the two.
One roof, one owner of the tolerance stack.
Cut, form, weld, machine, blast, paint, measure and pack in one building means one supplier owns the tolerance stack instead of four suppliers blaming each other.
Configurations
What gets built here
Conveyor systems and frames
- belt conveyor frames, discharge and collecting conveyors
- galvanised, assembled
Machine frames and bases
- precision machine frames, welded and machined to final tolerance
Chassis and subframes
- loader chassis, vehicle subframes, brackets, mounting structures
Welded assemblies
- medium and heavy weldments to EXC2
- robotic and manual
- No photograph yet
Staircases, platforms, walkways
- EN 1090 EXC2
- galvanised or painted
Racking and storage structures
- specialised racking systems
- No photograph yet
Silos and hoppers
- galvanised steel, assembled
- prototype and serial
Welding jigs and fixtures
- designed and built for the customer's own production
Agricultural and harvesting machinery parts
- frames and fabricated components on repeat frame agreements
Build detail
What the detail photography shows
Robotic welding cell on the 14 m track 
Machine shop, horizontal boring 
Shot blasting to Sa 2.5, rail-linked to the paint booth 
Paint booth, 7.9 m long 
Welding jig with a part clamped 
Weldment after machining
The hall
Photographs from the workshop, by capability
Robotic welding cell
Machine shop
Conveyor systems
Machined weldments
Welding jigs and fixtures
Machine frames
Loader chassis and subframes
Racking systems
Agricultural OEM parts
Standards
What we build to and what we issue
- EN 1090-1, EXC2
- EN ISO 3834-2
- EN ISO 9606
- ISO 9001 / ISO 14001
- ISO 12944 / EN ISO 8501-1 / ISO 2808
- EN 10204 3.1
| Standard | What it covers |
|---|---|
| EN 1090-1, EXC2 | Execution of steel structures, CE marking |
| EN ISO 3834-2 | Comprehensive welding quality requirements |
| EN ISO 9606 | Welder qualification testing |
| ISO 9001 / ISO 14001 | Quality and environmental management |
| ISO 12944 / EN ISO 8501-1 / ISO 2808 | Coating durability, preparation, thickness |
| EN 10204 3.1 | Material certification on request |
Documentation issued
Material certificates, welding procedure specifications and welder qualifications, dimensional report including 3D measurement, coating specification and thickness report, CE declaration of performance for EXC2 structures, packing list and loading diagram.
Proof
Deployments with a number in them
- 01
Repeat frame agreements
With European machinery OEMs in crushing and screening, agricultural harvesting, and trailer and vehicle equipment: the work that has kept this hall running for decades.
- 02
A discharge belt conveyor
Quoted at serial and prototype prices, galvanised and assembled, with customer-supplied components fitted, for a Swiss carbon-capture technology company.
- 03
14 parts shortlisted
From two OEM product families for robotic welding, with the first four weldments going to fixture design: the working method, not a slogan.
Scope
What the price includes, and what it does not
Included
- Design for manufacture review
- Jig and fixture design and build
- Cutting, forming, welding, machining
- Blasting and coating
- Inspection and documentation
- Packing
Not included
- Raw material free-issue unless agreed
- Third-party notified-body certification where required
- Site erection unless quoted
- Transport
If we have not built exactly this before, we will say so and tell you what we have built that is closest. Two prototype programmes in this factory were delivered below cost because nobody said that early enough. We do not do that any more, to you or to us.
Lead times
By variant
| Variant | Lead time |
|---|---|
| Quotation from a complete pack | 5-10 working days |
| Prototype or first article | 8-12 weeks |
| Repeat batch on an established jig | 4-8 weeks |
| Serial, repeat frame agreement | to schedule |
Engagement
Four ways to buy
Buy a catalogue unit
Pick from 94 published SKUs with full specifications, get a price, get a delivery date.
Modify a catalogue unit
Start from a standard shell and change what needs changing. Fastest route to a non-standard requirement.
Build to your specification
You bring the specification or the drawings, we review them, we build. Prototype and serial priced separately.
Subcontract fabrication
You are the prime, we are the hall. EN 1090-1 EXC2 capacity with AQAP 2110 assurance behind it.
Process
Specification to delivery in five steps
- 01
Send the specification.
A drawing, a tender annex, or three sentences. Whichever you have.
- 02
Review, in writing.
We tell you what is missing or contradictory before anyone quotes. 3-5 working days.
- 03
Quotation.
Bottom-up: material at purchase cost, co-operation, direct hours at a fully absorbed rate. 2-3 weeks for a complex build.
- 04
Design freeze and build.
Changes after freeze are variations, priced and agreed.
- 05
Test, document, deliver.
Factory acceptance where specified, full document pack, delivery and installation where quoted.
FAQ
Questions procurement asks
Do you take EN 1090 EXC3 work?
EXC2 is certified. EXC3 is assessed case by case with the customer's designer.
How big can you machine?
6,200 × 3,000 × 1,600 mm on the large horizontal borer, up to 16 tonnes on the table.
Can you build our welding jigs?
Yes, that is a service in its own right, including jigs you then use in your own plant.
Do you galvanise?
Through a co-operating plant, hot-dip, coordinated by us as part of the job.
Will you do one prototype?
Yes, and we will price the serial run alongside it.
Do you certify welders?
Welders are qualified to EN ISO 9606 and the welding quality system is EN ISO 3834-2, audited.
Send us the specification. A drawing, a tender annex, or three sentences.
You will get a written review of it inside a week, whether or not you buy anything.
Where to go next
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