WELDING
Submerged arc welding (SAW) and plasma arc welding (PAW)
- min. Ø 750 mm
- max. Ø 5500 mm
WIG/TIG
- plates, pipes and flanges 3 - 100 mm
- pipe outside Ø 16 - 800 mm
MIG/MAG
- conventional and pulse welding in shield gas
Electrode MMA, stud welding
- NELSON resistance stud welding from Ø 6 to Ø 14 mm
MACHINING
Horizontal boring and milling machines, drilling machines
- spindle Ø 160 mm
- X = 3150 mm, Y = 2300 mm, Z = 1600 mm
- clamping area 6000 x 4000 mm
- maximum load 20 t
Vertical lathe VTLD25 CNC (2018), SK 16, SK 12
- max. machining Ø 2 700 mm
- max. workpiece height 1 500 mm
- maximum load 12,5 t
Lathes
- max. machining Ø 620 mm
- max. L = 4500 mm
- maximum load 3 t
Plate edge planing - HHP 10 planing machine
- min. plate width 90 mm
- max. plate length 9 000 mm
- through height 90 mm
TUBE BENDING AND ROLLING
Hot rolling
- D 89 - 377 mm
- R min. 3 D but min. 450 mm
- R max. 2800 mm
- max. bend angle 180º
- max. wall thickness 23 mm
Cold bending
- D 16 - 108 mm
- R min. 3 D, max. 200 - 600 mm
- max. bend angle 180°
Cold bending
2023 AMOB CH 80 CN1 booster bending machine
- D 15 - 80 mm
- R min. 1 D
- max. bend angle 180°
- machine working length 14 000 mm
Cold rolling
- D 20 - 159 mm
- R max. unlimited, bend angle 360°
- max. wall thickness 8 mm
- tubes can be bent with the bend axis placed in more levels, as well as helically up to max. Ø 89 mm
MECHANIC AND PLATE FORMING SHOPS
Pre-bending - press HPC 250 TO
- max. die width 1 000 mm
- max. piston stroke 520 mm
- max. piston centre-to-housing frame depth 500 mm
Plate rolling
- max. plate thickness 45 mm
- width 3 000 mm
- max. Ø 5500 mm
Steel angles and profiles rolling
Press for panel straightening (max. load 350 t)
Cutting
- plasma, oxy-acetylene, saw, plate cutting
NON-DESTRUCTIVE TESTING
X-ray (RT)
Ultrasonic testing (UT), hardness testing (HT)
Magnetic testing, penetration testing, visual inspection (MT, VT, PT)
Positive material identification (PMI)
SURFACE TREATMENT, HEAT TREATMENT
Carbon steel blast cleaning
- blast room 4000 x 4000 x 10000 mm
