Morgan Rushworth XPH Hybrid CNC Press Brake

The Morgan Rushworth XPH range of hybrid press brakes are designed with an individual electro-hydraulic servo drive system for each of the left and right cylinders. With this system the hydraulics run on demand when the foot pedal is activated, rather than having a pump running continuously. This results in lower energy usage than a standard hydraulic machine as well as faster cycle times and extremely high accuracy.

All models are fitted with the ESA VIS-875W CNC control featuring a 21” touch screen and both numerical and 2D graphical program entry. These machines follow a rigorous design and manufacturing process to ensure minimum deflection of the machine frame under maximum working pressure. AKAS laser tooling guards are standard and offer a vastly improved operator experience without compromising safety. A comprehensive range of options are available to fully tailor the machine to requirements including 6-axis or 8-axis configurations.

Morgan Rushworth XPH Hybrid CNC Press Brake imageMorgan Rushworth XPH Hybrid CNC Press Brake image
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ESA VIS-875W Controller
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ESA 675 Controller
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Sheet Follower Arms (Optional)
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Optional Hydraulic Tool ClampingOptional Hydraulic Tool Clamping
MODEL  STOCK CODE  BENDING POWER BENDING LENGTH DIST BETWEEN COLUMNS Y APPROACH SPEED Y WORKING SPEED Y RETURN SPEED TRAVEL IN X AXIS X AXIS SPEED TRAVEL IN R AXIS R AXIS SPEED NO OF BACK GAUGE FINGERS NO OF SHEET SUPPORT ARMS OIL CAPACITY MOTOR POWER STROKE DAYLIGHT THROAT DEPTH TABLE HEIGHT TABLE WIDTH LENGTH WIDTH HEIGHT WEIGHT
  Tonne A mm B mm mm/sec mm/sec mm/sec mm mm/sec mm mm/sec     litres kw C mm D mm E mm F mm  G mm  L mm W mm H mm kg
XPH 3100/120 M5340 120 3100 2550 200 10 200 750 350 160 240 2 2 2 x 34.5 2 x 6.0 260 530 410 880 60 4,850 2,790 2,905 8,400
XPH 3100/160 M5341 160 3100 2550 200 10 200 750 350 160 240 2 2 2 x 55 2 x 9.2 260 530 410 880 60 4,850 2,800 2,905 9,700
XPH 3100/200 M5342 200 3100 2550 200 10 200 750 350 160 240 2 2 2 x 55 2 x 9.2 260 530 410 880 90 4,850 2,800 2,905 10,000
XPH 3100/240 M5343 240 3100 2550 200 10 200 750 350 160 240 2 2 2 x 55 2 x 9.2 260 530 410 880 90 4,850 2,810 2,905 11,000
XPH 3100/300 M5344 300 3100 2550 200 10 200 750 350 160 240 2 2 2 x 55 2 x 9.2 320 660 410 905 380 4,850 3,015 3,150 15,000
XPH 3700/160 M5345 160 3700 3250 200 10 200 750 350 160 240 2 2 2 x 55 2 x 9.2 260 530 410 880 60 5,450 2,800 2,905 10,700
XPH 3700/200 M5346 200 3700 3250 200 10 200 750 350 160 240 2 2 2 x 55  2 x 9.2 260 530 410 880 90 5,450 2,800 2,905 11,200
XPH 3700/240 M5347 240 3700 3250 200 10 200 750 350 160 240 2 2 2 x 55 2 x 9.2 260 530 410 880 90 5,450 2,810 2,905 13,500
XPH 3700/300 M5348 300 3700 3250 200 10 200 750 350 160 240 2 2 2 x 55 2 x 9.2 320 635 410 980 280 5,450 3,020 3,200 17,000
XPH 4100/160 M5349 160 4100 3550 200 10 200 750 350 160 240 4 4 2 x 55 2 x 9.2 260 530 410 880 90 5,850 2,800 2,905 12,000
XPH 4100/200 M5350 200 4100 3550 200 10 200 750 350 160 240 4 4 2 x 55 2 x 9.2 260 530 410 880 90 5,850 2,800 2,905 12,500
XPH 4100/240 M5351 240 4100 3550 200 10 200 750 350 160 240 4 4 2 x 55 2 x 9.2 260 530 410 880 90 5,850 2,810 2,905 14,000
XPH 4100/300 M5352 300 4100 3550 200 10 200 750 350 160 240 4 4 2 x 55 2 x 9.2 320 635 410 980 280 5,850 3,020 3,200 18,500

Morgan Rushworth Press Brake PBXS Diagram

Features

  • Approximately 60% less energy use when idle
  • Approximately 45% less energy use during bending
  • Approximately 30% faster cycle times
  • ESA VIS-875W multi-axis CNC control with numerical and 2D graphical programming and 2D or 3D visualisation
  • Control mounted on height adjustable pendant arm
  • Fully synchronised CNC control of left and right upper beam cylinder position – Y1 + Y2 axis
  • CNC control of back gauge depth – X axis
  • CNC control of back gauge height – R axis
  • Manual side to side movement of back gauge fingers – Z axis
  • Euro style top tool holders with intermediates
  • Sectionalised goose neck top tool and multi vee bottom die
  • CNC bottom tool crowning system
  • AKAS laser tooling guards for enhanced ease of use

Options

  • Optional off line ESA Bend 3D Software with Control Viewer
  • Independent CNC control of side to side movement of back gauge fingers – Z1 + Z2 axis
  • Independent CNC tower back gauge system – X1 + R1 + Z1, X2 + R2 + Z2
  • Laser angle measurement system with live feedback to CNC control
  • Quick release top tool clamping system
  • Hydraulic top and bottom tool clamping system
  • Additional back gauge fingers
  • Additional front support arms
  • CNC sheet follower support arms
  • Parking area for sheet follower support arms – one per side
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