Capacity

Every bed on this page is drawn at true relative proportion against the longest working length on the floor, the 480 in drill line conveyor. A machine that takes half the part is half the rectangle. If the outline is smaller than your part, it does not matter what the tonnage says.

5 groups, 10 machines. 64,000 sq ft under roof, two 20-ton bridge cranes, 26 ft hook height.


High-definition plasma table

Cutting

Max thickness, carbon
2.000 in
Production thickness
0.125 - 1.000 in
Kerf
0.055 - 0.110 in, compensated in the nest
Bevel
Not fitted. Bevels are machined or ground.

Everything under an inch starts here. Nests are run to yield, and the drop is tagged and shelved rather than scrapped.

288 x 96 in bed

24 ft x 8 ft

Abrasive waterjet

Cutting

Max thickness, carbon
6.000 in
Kerf
0.036 in
Heat-affected zone
None
Materials
Anything the table will hold down

Where the edge condition matters, or where the part is aluminium thin enough that plasma would hurt it.

144 x 72 in bed

12 ft x 6 ft

Press brake, 400 ton

Forming

Max form, A36
0.750 in at full bed length
Max form, short parts
1.000 in under 48 in
Back gauge
6-axis, 40 in travel
Angle held
± 0.5 deg per bend

Springback is compensated at setup and confirmed on the first part off, not assumed from the material certificate.

150 in bed, 24 in throat

12 ft 6 in x 2 ft

Press brake, 135 ton

Forming

Max form, A36
0.375 in
Min flange
0.550 in on 0.125 in material
Tooling
Segmented punch, urethane set for stainless
Angle held
± 0.5 deg per bend

The sheet-metal brake. Enclosures, guards, trays, anything under 3/8 in.

98 in bed, 16 in throat

8 ft 2 in x 1 ft 4 in

Plate roll, initial pinch

Forming

Max thickness at full width
0.625 in
Min inside diameter
14 in
Cone rolling
Yes, to 12 deg included
Diameter held
± 3/32 in on the ID

Tank courses, shrouds, transitions. Flats are left on each end and trimmed after the seam is welded.

96 in wide, 30 in swing

8 ft x 2 ft 6 in

Ironworker, 100 ton

Forming

Punch
1.062 in dia through 0.500 in
Angle shear
To 6 x 6 x 0.500 in
Bar shear
To 1.000 in round
Notching
4 x 4 in square

Faster than the drill line for one-off holes and angle clips.

60 in table

5 ft x 2 ft 6 in

Mitre band saw

Cutting

Round capacity
16 in
Rectangular capacity
20 x 16 in
Mitre
45 deg left and right
Length held
± 1/16 in

Structural and hollow section cut to length. Saw-cut ends fit up square; flame-cut ends do not.

120 in infeed

10 ft x 1 ft 8 in

Beam drill line

Machining

Section range
To W24x104
Max hole
1.375 in dia
Spindles
Three, top and both flanges
Location held
± 0.031 in from the datum end

Layout comes off the model, so hole patterns do not get transcribed by hand.

480 in conveyor, to W24

40 ft x 2 ft 2 in

Weld bays

Joining

Processes
SMAW, GMAW, FCAW, GTAW
Output
500 A DC, twelve stations
Positioners
Two, 3-ton and 8-ton
Fume
Source-captured at every station

Stainless has its own bay, its own wire feeders and its own abrasives. Carbon contamination is a warranty problem, not a housekeeping one.

6 bays, 240 x 96 in each

20 ft x 8 ft

Blast and prime booth

Finishing

Blast standard
Near-white, or commercial on request
Primer
Red oxide alkyd, 2.0 - 3.0 mil dry
Topcoat
Subcontracted
Galvanizing
Subcontracted, 21-day typical

Film thickness is gauged on every load and the readings go in the job file.

480 x 144 x 144 in clear

40 ft x 12 ft

Tolerances held on each of these operations are on the front page. To price a part, submit a drawing.