Press Brake hydraulic

Press Brake hydraulic

- Year of manifacturing:
- 1999
- Control system x | width 1800 mm | Control CNC | Operating time 56000 h | Length 3600 mm | Height 2600 mm |
Press Brake hydraulic

- Year of manifacturing:
- 1990
- Operational weight 1200 kg | width 1000 mm | Control konventionell | Operating time h | Length 1500 mm | Height 2000 mm |
Laser Cutting Machine

- Year of manifacturing:
- 2017
- Control system FANUC AF3500i-C | Operational weight der Maschine 8.200 kg | width der Maschine 2840mm | Control CNC | Table width 1500 mm | Table length 3000 mm | Height der Maschine 2166 mm |
Laser Cutting Machine

- Year of manifacturing:
- 2008
- Control system AMNC-F | max. Table load 330 kg | Operational weight 7,7 t | width 2600 mm |
Press Brake hydraulic

- Year of manifacturing:
- 1995
- Operational weight 16000 kg | width 2200 mm | Control konventionell | Operating time 25000 h | Length 4500 mm | Height 2900 mm |
Press Brake hydraulic

- Year of manifacturing:
- xxxx
- Operational weight kg | width mm | Control konventionell | Operating time h | Length mm | Height mm |
Press Brake hydraulic

- Year of manifacturing:
- 2004
- Control system x | Operational weight 5750 kg | width 1800 mm | Control CNC | Operating time 24000 h | Length 2800 mm | Height 2550 mm |
Hydraulic guillotine shear

- Year of manifacturing:
- Sheet width 3000 mm | Sheet thickness 12 mm Stahl |
Hydraulic guillotine shear

- Year of manifacturing:
- Sheet width 3000 mm | Sheet thickness 12 mm Stahl |
Hydraulic guillotine shear

Hydraulic guillotine shear

Press Brake hydraulic

- Year of manifacturing:
- 2006
- Control system Amada OP2002 | Operational weight 5750 kg | width 1600 mm | Control CNC | Operating time 43000 h |
Press Brake hydraulic

- Year of manifacturing:
- 2006
- Control system Amada OP2002 | Operational weight 5750 kg | width 1600 mm | Control CNC | Operating time 43000 h |
Press Brake hydraulic

- Year of manifacturing:
- 2008
- Control system AMNC NT | Operational weight 5750 kg | width 1600 mm | Control CNC | Operating time 14600 h |
Press Brake hydraulic

- Year of manifacturing:
- 2008
- Control system AMNC NT | Operational weight 5750 kg | width 1600 mm | Control CNC | Operating time 14600 h |
Mechanical guillotine shear

- Year of manifacturing:
- Control system GPN | Control CNC | Sheet width 2500 mm | Sheet thickness 4 mm |
Press Brake hydraulic

- Year of manifacturing:
- 2007
- Control system AMADA AMNC |
Turret Punch Press
Hydraulic guillotine shear

- Year of manifacturing:
- 2019
- Control system AMADA |
Press Brake hydraulic
- Year of manifacturing:
- 2003
- Control system 7 Axis SIRIO3 | width 1800 | Press power 170 Ton | Table length 4250 | Length 5100 | Height 3000 |
Laser Cutting Machine

- Year of manifacturing:
- 2004
- Control system Fanuc | Control CNC | Capacity 1000 Watt | Table width 1250 mm | Traverse Z-axis 100 mm | Table length 1250 mm |
Turret Punch Press
- Year of manifacturing:
- 2004
- Control system Fanuc 18P |
Press Brake hydraulic
- Year of manifacturing:
- 2001
- Control system OP 2000 |
Press Brake hydraulic
- Year of manifacturing:
- 2007
Turret Punch Press

- Year of manifacturing:
- 2007
- Control system Fanuc 180i-PB |
Turret Punch Press
- Year of manifacturing:
- 1991
- Control system FANUC |
Hydraulic guillotine shear
- Year of manifacturing:
- Control system AMADA | Operational weight 12250 kg | width 2180,0 | Table length 4m | Length 4700,0 | Height 2020,0 | Diameter 8mm |
Press Brake hydraulic

- Year of manifacturing:
- 2019
- Control system OP2019 |
Turret Punch Press

Press Brake hydraulic

- Year of manifacturing:
- 2008
- Control system AMADA AMNC | Operating time 4.000 h |
Laser Cutting Machine

- Year of manifacturing:
- 2004
- x-travel 3420 mm | Control Fanuc 160 iLB | Y-axis 1550 mm |
Used Machines Sheet metal working
Sheet metal processing machines
Sheet metal processing machines manufacture sheets in the requested shape. The specialized equipment leads the tool and the part being machined. They are used in industry, trade and and during the manufacturing process of different tools.
A huge variety of different production possibilities for metal sheet
Sheet metal processing includes different production possibilities like punching, lasering, cutting, tilting, beding and mechanical installation. Metal processing machines are available with or without CNC controller. The CNC technology is able to transmit data to the workpiece. The programming software allows operators to check whether it is possible to bend the part.
Fields of application
Metal sheets can be used in many different areas for example in steel construction or in automotive industry. Furthermore, they can be applied for the construction of appliances, machines, rail vehicle, ships and pipelines.
Different applications require specific metal sheets and demand specific requirements for the material and size. Sheet metal processing machines can prepare metal sheets for their intended use. There is a wide range of metal processing machines for different production processes. With certain installations it is possible to realize operations in a quick and precise way.
Cutting
Flat sheets can be tailored to the need of individual sizes. There are different ways to cut the metal for example mechanical procedures like sawing, shears or water-jet cutter. Other suitable machines can be curling tongs, plasma cutting machines or laser cutting machines that work when exposed to heat energy.
Punching
The punching of metal sheets achieves precise results. This kind of sheet metal working requires specific tools to punch the flat parts in the desired shape. Punching machines are also available as combined laser-punching installations.
Folding machines
Metal sheets can be bent to get three-dimensional components. Folding press quipment is available with manual clamping and pneumatic clamping. Press brakes and embossing machines are suitable for the folding of metal plates. The folding of metal sheets requires special care. To achieve a plastic deformation, it is necessary to overstep the yield strength of the metal but not the tensile strength. Overstepping the tensile strength could damage the material. Heat can make it easier to deform thick metal sheets.
Round bending
Round bending causes the deformation of metal sheets. It is chipless and the metal sheet are not chopped. It`s suitable for cases where the sheet plate has to include a soft rounding. Round bending machines or roller rounding machines are the suitable machines for this task.
Milling and machining
The milling is often at the beginning of the manufacture. It helps to design the outline of the workpiece.
The milling machine has a rotating cutting tool which removes material of the workpiece. This process includes three advance directions and is able to create complex components.
Other sheet metal forming proceedings
Drilling and punching are also common processes for sheet metal forming. Moreover, it is possible to connect metal sheets through welding, hemming, soldering, rivets, bonding or screws. The type of metal decides which process is particularly suitable. The production types are also feasible through special sheet metal processing machines or sheet metal forming processes.