Kistler VBL Range Beam Welding Machine
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DATA
- Web heights in mm (min): 180
- Web heights in mm (max): 2000
- Web thickness in mm (min): 8
- Web thickness in mm (max): 25
- Flange width in mm (min): 100
- Flange width in mm (max): 1000
- Flange thickness in mm (min): 8
- Flange thickness in mm (max): 50
- Weight in kg/m (min): -
- Weight in kg/m (max): 1000
- Length in mm (min): 2000
- Length in mm (max): 25000
- Web heights in mm (min): 200
- Web heights in mm (max): 3000
- Web thickness in mm (min): 8
- Web thickness in mm (max): 30
- Flange width in mm (min): 150
- Flange width in mm (max): 1250
- Flange thickness in mm (min): 8
- Flange thickness in mm (max): 50
- Weight in kg/m (min): -
- Weight in kg/m (max): 2000
- Length in mm (min): 2000
- Length in mm (max): 45000
- Web heights in mm (min): 200
- Web heights in mm (max): 3000
- Web thickness in mm (min): 8
- Web thickness in mm (max): 30
- Flange width in mm (min): 150
- Flange width in mm (max): 1250
- Flange thickness in mm (min): 8
- Flange thickness in mm (max): 50
- Weight in kg/m (min): -
- Weight in kg/m (max): 2000
- Length in mm (min): 2000
- Length in mm (max): 45000
BROCHURES
WHY BUY?
HOW TO BUY?
- Intro) Advice Made of Steel – Handshake & Hello
- Step 1) Steel Processing Innovation
- Step 2) Working Together – Market Position
- Step 3) Working Together – PEST Analysis
- Step 4) Selection of Equipment & Selection of Solution
- Step 5) SWOT Analysis
- Step 6) Automation Design Lifecycle Planning
- Step 7) Business Process Brief
- Step 8) Balanced Scorecard
- Step 9) Confidentiality Agreement
- Step 10) Flexibility Study Part 1
- Step 11) Flexibility Study Part 2
- Step 12) Flexibility Study Part 3
- Step 13) Flexibility Study Part 4
- Step 14) Flexibility Study Part 5
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Kistler VBL Range Beam Welding Machine
The VBL is a dedicated machine designed for the continuous production of welded I and T Beams, either parallel or tapered. The VBL operates with the Web plate in the vertical position. No tack weld welding is required except at the leading edge after the Web has been aligned on the center line of the Flange.
Initially, the Web and first Flange are fed into the VBL machine, and the welding is carried out simultaneously from both sides of the Web over the full length of the Beam. After completion of the first Flange welding, the section is turned 180°and the alignment and welding operation is repeated with the second Flange.
Auditable, deliverable, measurable and evidence-based metrics will be provided so your strategic team can calculate the ROI, capacity increase and man-hours reduced from a Kistler VBL Range Beam Welding Machine. SMS will evaluate your current position and ongoing strategy, we will then assess any gaps to successfully deliver to your business and your clients.
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