Denumire produs | Nr. inv. | Producător | An fabricație | Parametri | ||
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APH 2606/90 |
241359 | BAYKAL | 2004 | Puterea de indoire: 90 t Lungimea de indoire: 2600 mm Numărul axelor acționate: 2 Compensația deformării inferioare: nu Tipul acționării presei: Hydraulický Puterea motorului principal: 11 kW |
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ITPS 8025 |
231041 | AMADA | 1989 | Sistem de control EMA: Puterea de indoire: 80 t Lungimea de indoire: 2500 mm Numărul axelor acționate: 4 Compensația deformării inferioare: Tipul acționării presei: Hydraulický |
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LE 50/2500 |
201325 | Gefi Györ | 1981 | Puterea de indoire: 50 t Lungimea de indoire: 2500 mm Tipul acționării presei: Hydraulický |
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CTO 80/2500 |
241179 | Espe | 1997 | Puterea de indoire: 80 t Lungimea de indoire: 2500 mm Tipul acționării presei: Hydraulický Dimensiunile mașinii L x l x Î: 2500 x 2385 x 1250 mm Geutatea mașinii: 5 700 kg |
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CTO 160/3150 |
231156 | Stroje a zariadenia Piesok s.r.o. | 1991 | Puterea de indoire: 160 t Lungimea de indoire: 3150 mm Tipul acționării presei: Hydraulický Puterea motorului principal: 11 kW Dimensiunile mașinii L x l x Î: 4000x1540x2960 mm Geutatea mașinii: 11500 kg |
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VIMERCATI 100 x3050 |
231772 | Vimercati | 2007 | Sistem de control Cybelec: Puterea de indoire: 100 t Lungimea de indoire: 3050 mm Numărul axelor acționate: 2 Compensația deformării inferioare: nu Tipul acționării presei: Hydraulický |
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B M 100-3100 |
232004 | Hämmerle | 1997 | Puterea de indoire: 100 t Lungimea de indoire: 3100 mm Tipul acționării presei: Hydraulický Geutatea mașinii: 11500 kg Puterea motorului principal: 15 kW Greutate echipament: 9 500 kg |
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AP 2100 x 35 |
241351 | ERMAK | 2005 | Puterea de indoire: 35 t Lungimea de indoire: 2100 mm Numărul axelor acționate: 2 Compensația deformării inferioare: da Tipul acționării presei: Hydraulický Dimensiunile mașinii L x l x Î: 2400x1400x2200 mm |
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CTO 80/2500 |
221579 | Stroje a zariadenia Piesok s.r.o. | 1992 | Puterea de indoire: 80 t Lungimea de indoire: 2500 mm Tipul acționării presei: Hydraulický Dimensiunile mesei: 2500 x 160 mm Dimensiunile mașinii L x l x Î: 2500 x 2385 x 1250 mm Geutatea mașinii: 6100 kg |
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PPS-TS 320/40 |
241347 | LVD | 2015 | Puterea de indoire: 320 t Lungimea de indoire: 4000 mm Numărul axelor acționate: Compensația deformării inferioare: Tipul acționării presei: Geutatea mașinii: 21000 kg |
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CTO 80/3200 |
201925 | Espe | 1986 | Puterea de indoire: 80 t Lungimea de indoire: 3200 mm Tipul acționării presei: Hydraulický Descarcarea: 250 mm Cursa maximă a berbecului: 150 mm Pasajul între coloane: 2050 mm |
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TRUBEND 5085 |
241319 | Trumpf | 2004 | Sistem de control TASC: Puterea de indoire: 85 t Lungimea de indoire: 2700 mm Numărul axelor acționate: 8 Compensația deformării inferioare: da Tipul acționării presei: Hydraulický |
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AP 3100 x 120 |
241350 | ERMAKSAN | 2002 | Puterea de indoire: 120 t Lungimea de indoire: 3100 mm Numărul axelor acționate: 2 Compensația deformării inferioare: da Tipul acționării presei: Hydraulický Puterea motorului principal: 11 kW |
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DEC 320/4000 |
092690 | Digep | Puterea de indoire: 320 t Lungimea de indoire: 4000 mm |
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LE 100/3000 |
211319 | Gefi Györ | 1976 | Puterea de indoire: 100 t Lungimea de indoire: 3000 mm Tipul acționării presei: Hydraulický Puterea motorului principal: 17 kW Dimensiunile mașinii L x l x Î: 3000 x 1170 x 2410 mm Geutatea mașinii: 7500 kg |
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Trumabend V 130 |
231536 | Trumpf | 1999 | Sistem de control Delem: DA - 69 T Puterea de indoire: 130 t Lungimea de indoire: 3060 mm Numărul axelor acționate: 5 Compensația deformării inferioare: da Tipul acționării presei: Hydraulický |
Forming machines used for processing (bending) of sheet metal. These machines are currently replaced by bending machines, because they are hydraulically driven and can work with greater pressures and lengths of bent parts.
During this kind of material processing , there is no waste and semi-finished products are used. It is also possible to bend very small workpieces of very small radius.
Different types of punches and dies are used here as tools. These tools can be of different shapes and lengths. To clamp these tools mechanical or hydraulic clamping is used. Laser inspection can be used for maximum tool accuracy. Mechanical systems are used to drive the press, with an electric motor driving a system of pulleys and belts. Or a hydraulic one, which drives the hydraulic unit via an electric motor and the latter moves the ram through the pressure of the cylinders.
The rear stop is very important for a press brake. It ensures the correct positioning of the workpiece in the machine. Semi finished product is pressed against the thumb, which is on the stop and ensures the correct position with respect to the tool. The rear stop is controlled by a CNC system and it moves to precise positions according to the program. Machine can operate in up to 6 axes.
X - along which the stop moves forward and backward
Z - along which the stop moves to the left or to right
R - along which the stop moves up and down
Another important function of press brakes is cambering. It is a process when the the long parts are bended the resistance of the material to the upper tool, elastic deformation of the part of the ram with the punch occurs. This can be prevented by underlying the matrix in the central part, grooves on the edges of the working table or automatic system.
Today, press brakes are controlled by a computer systems. Based on the entered values (material, tools, length, etc…) calculates the production process, the movement of the stops or the bending force. Afterwards the machine can work in three following modes .
Press brakes are designed with different types of drivers such as machines with manual control, mechanical or hydraulic driver. Each has its advantages and disadvantages. Furthermore, it is possible to divide press brakes according to their construction into segmental, tandem and combined.
Most popular manufacturers are TRUMPF, DURMA, SAFAN DARLEY, BYSTRONIC, GASPARINI, Haco, Beyeler, Promecam, Hämmerle.
Currently, the most widely used and manufactured are hydraulic press brakes, which are CNC controlled.Top machines are from following manufacturers: Trumpf, Amada, Bystronic. These manufacturers use either their own CNC system for control or universal ones such as Delem, Cybelec, ESA.. These machines achieve a high level of automation of the operating cycles and therefore the maximum use of their capabilities. Of course press brakes from these top manufacturers are very expensive to purchase.