Copyright © 2010 – Gasparini GASPARINI ACCESSORIESACCESSORIES

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. FLATTENING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini 1. STANDARD CE 2. FSA-A 3. FSA-B 4. FSA-C 5. FSA-D 1. FRONT SUPPORTS

Copyright © 2010 – Gasparini 1. ZERO VERTICAL ADJUSTMENT 2. EASY TO REMOVE OR CHANGE POSITION FRONT SUPPORTS: STANDARD CE

Copyright © 2010 – Gasparini 1. ZERO VERTICAL ADJUSTMENT 2. EASY TO REMOVE OR CHANGE POSITION 3. ALUMINUM PROFILE 4. BALLS (MADE OF PLASTIC ON REQUEST) 5. RULER 6. FRONT STOP 7. BRUSHES (ON REQUEST) FRONT SUPPORTS: FSA-A

Copyright © 2010 – Gasparini 1. SLIDING BY LINEAR GUIDE 2. ZERO VERTICAL ADJUSTMENT 3. SIDE PARK 4. ALUMINIUM PROFILE 5. BALLS (MADE OF PLASTIC ON REQUEST) 6. RULER 7. FRONT STOP 8. BRUSHES (ON REQUEST) FRONT SUPPORTS: FSA-B

Copyright © 2010 – Gasparini 1. SLIDING BY LINEAR GUIDE 2. TWO VERTICAL PNEUMATIC POSITIONS 3. ZERO VERTICAL ADJUSTMENT 4. SIDE PARK 5. ALUMINIUM PROFILE 6. BALLS (MADE OF PLASTIC ON REQUEST) 7. RULER 8. FRONT STOP 9. BRUSHES (ON REQUEST) FRONT SUPPORTS: FSA-C ESPECIALLY FOR HEMMING OPERATION

Copyright © 2010 – Gasparini 1. VERTICAL AXIS CONTROLLED BY CNC 2. SLIDING BY LINEAR GUIDE 3. SIDE PARK 4. ALUMINIUM PROFILE 5. BALLS (MADE OF PLASTIC ON REQUEST) 6. RULER 7. FRONT STOP 8. BRUSHES (ON REQUEST) FRONT SUPPORTS: FSA-D

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. FLATTENING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini ESPECIALLY FOR THIN AND LONG SHEET METAL 1. SLIDING BY LINEAR GUIDE 2. ZERO VERTICAL ADJUSTMENT 3. DEPTH ADJSTUMENT 4. SIDE PARK 5. PLASTIC BALLS AND BRUSHES (ON REQUEST) 6. R AXIS (ON REQUEST) 2. SHEET FOLLOWERS

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. FLATTENING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini A. MANUAL CLAMPING B. PNEUMATIC CLAMPING ABC C. HYDRAULIC CLAMPING 3. LOWER TOOL CLAMPING For machines L≤5m & F≤330t

Copyright © 2010 – Gasparini D. CLAMPING FOR WILA DIES

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. FLATTENING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini A. MANUAL CLAMPING B. PNEUMATIC CLAMPING C. HYDRAULIC CLAMPING 4. UPPER TOOL CLAMPING For machines F≤330t

Copyright © 2010 – Gasparini D. WILA MANUAL/HYDRAULIC CLAMPING (NSCL II) E. HYDRAULIC CLAMPING FOR BEYELER TOOLS

Copyright © 2010 – Gasparini F. HYDRAULIC CLAMPING IN THE RAM + PNEUMATIC CLAMPING

Copyright © 2010 – Gasparini PUNCH STYLE

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. FLATTENING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini GPS4 ON: forks in TDC GPS4R setting: the forks are pushed up and aligned to the pre-setting device, this position is memorized by CNC. GPS4R during the bending: the forks are in contact with the sheet metal and by the C measurement the angle bending is measured 5. GPS4: BENDING ANGLE CONTROL

Copyright © 2010 – Gasparini H ≥ 60 mm S ≥ 14 mm L = 60 mm with V ≤ 80 L = 100 mm with V >80 GPS4: MAIN DIMENSIONS WILA DIES APPLICATION

Copyright © 2010 – Gasparini GPS4: ADVANTAGES 1. NO BENDING TEST NEEDED (typical for an only/a few piece/s production) 2. FREE SPACE AROUND THE TOOLS 3. EASY TO PROGRAM (thickness, length, type of material and bending force do not need to be set) 4. MEASURE FROM BOTH SIDE OF THE SHEET METAL 5. NO VIRTUAL CONTACT WITH THE SHEET METAL 6. NOT THEORITICAL MEASUREMENT 7. UP TO FOUR WORKING STATIONS CAN BE USED

Copyright © 2010 – Gasparini WHERE GPS4-R IS NOT APPLICABLE 1.MULTI V-DIES 2.DIES NOT SELF-CENTERING 3.VARIABLE V-DIES 4.SPECIAL DIES, LIKE Z-DIES (Rolleri CEZ),  DIES OR SIMILAR 5.DIES WITH FLATTENING OR COINING 6.DIES WITH PLASTIC/RUBBER INSERTS 7.DIES WITH AN OPENING BIGGER OR EQUAL TO V160 (GPS4 is applicable up to V125 included) 8.V/t < 6:1 (OPENING DIE/SHEET THICKNESS, when ratio smaller than 6:1 is requested, please contact Gasparini to check if it feasible) 9.BENDING ANGLE LESS THAN 70° AND MORE 150° 10.DIES WITH ROLLERS 11.DIES WITH AN OPENING LESS THAN 8 mm (GPS4 is applicable from V8 included)

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. HEMMING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini 1. HEMMING TOOL ALWAYS INSTALLED 2. NO ADDITIONAL HEMMING TOOL NEEDED 6. HEMMING BENCH

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. FLATTENING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini 1. ROBOT AND OPERATOR USE 2. ROBOT ONLY 7. ROBOT INTEGRATION

Copyright © 2010 – Gasparini ROBOT AND OPERATOR USE: FEATURES 1.HEAT EXCHANGER 2.OIL HEATING ELEMENTS 3.OIL TEMPERATURE DISPLAY ON EL. BOX 4.ADDITIONAL THERMOSTAT 5.OIL LEVEL ELECTROMAGNETIC CONTROL 6.CNC ON MOBILE SUPPORT ON FLOOR 7.SAFETY DEVICE (i.e. Laser Beam) 8.INTERFACE FOR ROBOT 9. SENSOR IN THE B.G. FINGERS

Copyright © 2010 – Gasparini ROBOT ONLY USE: FEATURES 1.HEAT EXCHANGER 2.OIL HEATING ELEMENTS 3.OIL TEMPERATURE DISPLAY ON EL. BOX 4.ADDITIONAL THERMOSTAT 5.OIL LEVEL ELECTROMAGNETIC CONTROL 6.CNC ON MOBILE SUPPORT ON FLOOR 7.NO SAFETY DEVICE AND SIDE GUARDS 8.UP TO 20 mm/s WORK SPEED 9.INTERFACE FOR ROBOT 10. SENSOR IN THE B.G. FINGERS

Copyright © 2010 – Gasparini 1. FRONT SUPPORTS 2. SHEET FOLLOWERS 3. LOWER TOOL CLAMPING 4. UPPER TOOL CLAMPING 5. GPS4 BENDING ANGLE CONTROL 6. FLATTENING BENCH 7. ROBOT INTEGRATION 8. PRESS BRAKE IN TANDEM

Copyright © 2010 – Gasparini 8. PRESS BRAKES IN TANDEM 1. LONGER BENDING LENGTH 2. DOUBLE PRODUCTION WITH SHORTER LENGTH 3. LIGTH BARRIER AS SAFETY DEVICE