Designed
by ZedWeb Design |
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Guillotines,
Press Brakes and Tooling - Hydraulic Pressbrakes
Model:
MVD Inan CNC Hydraulic Pressbrakes
CNC Hydraulic Pressbrakes
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General Characteristics
- Accurate positioning and repetability performance of synchronised CNC press brakes, achieved by synchronising the hydraulic cylinders with advanced CN control of proportional valves and use of optic linear scales.
- Calibration of cylinder axes, maintained by automatic indexing at the start of machine.
- Calculation and performing of below facilities after inputting data like material thickness, bend length, tool details to the CNC unit.
- determination of bending force necessary for bending stroke.
- visual inspection of potential interferences between machine, tools and part before and after each bend on the graphical display.
- Automatic positioning of the backguage for each step of the bending program.
- Determination of the practical bending sequence.
- Calculation of bottom dead centre for accurate bending angle and top dead centre.
- Storage and recalling part programs.
- Storage and recalling of bending tools.
- Programming of bending speeds.
- Selection of manual, semi-automatic or automatic working modes.
- Tilting of upper beam for conical bending
- Welded steel construction of monoblock frame for minimum deflection during operation.
- Bend performing by down stroking beam.
- Cylinders made from high quality forged steel and honed precisely.
- Pistons hardened, chrome plated and ground precisely.
- Hardened ram slideways working with low friction and wear resistant material and optimum lubrication grooves.
- Full electronic synchronoisation with proportional valve technology assuring maximum bend accuracy and repetability through constant monitoring and correction of beam parallelism by a CNC system.
- Stroke depth measurement through high precision linear scales.
- CNC controlled backguage with ballscrew, ball guides and AC servomotors.
- Compact Rexrox hydraulic blocks.
- PLC based compact and reliable electrical system with ventilating electrical cabinet.
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Technical Specifications

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Standard Equipment |
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- Control of the following 3 or 4 axis: Y1, Y2, X, (R)
- Delem DA51, DA56 or Cybelec DNC 60, DNC 880 or ESA/gv mod 2004, mod 2005.
- Synchromisation of Y1+Y2 axis utilising optic linear encoders within a tolerance of +/- 0.005mm
- Backguage system with X and/or R axes driven by AC drivers and servo motors on linear guides.
- Original Bosch-Rexroth or Hoerbiger servo hydraulic systems with differing types for different pressing capacities.
- Standard table with T channels and standard bottom tool clamping.
- Ergonomic swinging control panel.
- Muloti-functional foot pedal with necessary buttons.
- Two laterally adjustable front support arms with slot for height adjustment and slot for front stop.
- Backguage positioning fingers move along linear bearings with +/- 0.01mm postioning tolerance.
- Back guage fingers with two guaging steps used one for short and the other for long bending depths.
- Micro adjustment facility for exact parallelism of back guage fingers.
- Side safety guards according to safety regulations.
- World known electrical and safety components like Telemechanique, Merlin Gerin Legrand, Siemens.
- Automatic indexing of all axes at first start.
- Automatic pressing force determination according to material, sheet thickness, bending length and bottom tool V opening.
- Standard hardened top tool model 10.10 in 835mm pieces.
- Standard Mutti V bottom in fill bending length.
- Operator's manual.
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| Optional Equipment |
- Full conformity with EC machinery directive for safety and certified CE marking.
- Amada Promecam type top tool holding system with micro height adjustment facility assuring accurate bend angle at full length and throughout the life of the machine.
- Manual botton table anti deflection system for optimum bend angle precision throughout the full bending length.
- Motorised centrak table anti-deflection system, which compensates deflection automatically according to bending force, bend length, tool vee size and material thickness.
- Front light barrier assuring optimum safety conditions for operators and third parties.
- Laser protection systems at tools area instead of two-hand control or light barrier systems. These systems are Akas or Laser safe systems which increase productivity while maintaining safety.
- Different CNC unites like Cybelec Modeva 10, Modeva 12, Modeva 15 and Delem DA 69W with 2-D graphical display options.
- Additional control for back guage axes like Z1+Z2, R1+R2 and X1+X2
- Promecam type table and botton tool clamping system or lower tool holder for 60mm in tool width.
- Roller guide and rail system for easy lateral movement of front support arms.
- Rear light guards instead of rear guards.
- Delem V-bend software.
- Cybelec Modeva colour graphics with CYCAD, PC 1200 & Lucia softwares.
- Bend angle measurement system with integrated solution for calculation of correct bottom dead centre at first bend without scraping at sample bending operations.
- Pneumatic top tool holding system.
- Hydraulic top and botton tool clamping system.
- Control of front arms in longitudinal axis, vertical axis and rotational axis to support the sheet before and during bending operation.
- Central motorised lubrication system.
- Hydraulic oil coolant system.
- Special throat depths like 400mm, 500mm, 600mm, 750mm and 1000mm
- Special top and botton tools of various sections upon customer requests.
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BMC
Equipment & Tools Ltd.
Unit 4A Summerhill Enterprise Centre, Summerhill, Co. Meath
Ph: 046 955 8121 Fax: 046 955 8122 Email: bcarleton@bmcequip.com
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