INNOVATION, RELIABILITY AND PRODUCTIVITY
If we had to define the FX Bend through three words, they would undoubtedly be these.
Innovation, because the strength of the beam is in extension during bending, with the result of having a greater resistance and a greater precision in machining.
Reliability, because thanks to the monoblock structure Meehanite is extremely robust compared to any other assembled structure.
High level productivity, thanks to the 4 and 6 axis stops, fully automatic and with independent movements. The realization of several elements in carbon fiber reduces the weight of the indexes that allow reaching speeds of up to 1000 mm / sec, which together with high decelerations guarantee maximum productivity.
Control unit
The control unit is a Panasonic Toughbook:
Anti-glare touch screen LCD.
Water and dust resistant (IP65).
Up to 9 hours of backup battery power.
Shock resistant*
Windows® 7 Professional.
USB and WiFi connection.
DXF file importer.
Graphic display 2.5 D.
* Impact force corresponding to a 90cm drop, tested at the Panasonic factory.
TOOLS
Wila (New standard)
Promecam (European)
Control unit
Monoblock structure
| Màx. potencia de plegado (kN) | 500 / 600 |
| Longitud de plegado (mm) | 2550 |
| Carrera eje Y (mm) | 240 |
|
Velocidad eje Y (mm/seg) |
200 |
|
Apertura |
+ – 10 |
|
Amarre punzones Wila (porta matriz- porta punzón) (mm) |
360 |
|
Amarre punzones Wila (porta matriz- porta punzón) (mm) |
440 |
|
TOPE TRASERO 6 ejes (X1-X2 – R1-R2 – Z1-Z2) |
|
|
Carrera eje X1- X2 (mm) |
375 + 230 |
|
Velocidad eje X (mm/s.) |
650 |
|
Carrera eje Z1-Z2 (mm) |
2350 |
|
Velocidad eje Z (mm/s.) |
800 |
|
Carrera eje R1-R2 (mm) |
180 |
|
Velocidad eje R (mm/s.) |
650 |
|
Conexiones wireless / puertos USB |
SI/2 |
|
Potencia del motor (kW) |
2×5,2 |
|
Consumo (kWa) |
6 |
|
Peso aprox (kg) |
6500 |
Totalmente automático y programable– Ejes X, R y Z1 y Z2. Eje R con carrera de 180mm
Totalmente automático con movimientos independientesX1, X2, R1, R2 & Z1, Z2.
El sistema “RapidBend ultimate” elimina la velocidad lenta por completo. Las herramientas van a la máxima velocidad hasta que el punzón llega a la superficie del material, la tecnología “RapidBend” puede reducir el tiempo de ciclo de la máquina en más de dos segundos por ciclo. Esto representa un ahorro significativo en el tiempo de funcionamiento y costo.
