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      CNC Press Brake ADVANCED - Hilalsan

      General features
      • The machine frame is manufactured with advanced technology with very precise tolerances and stress relieved with large welded components. All tensile points are designed with large radii and strain accumulation and possible welding cracks are eliminated.
      • The lower and upper tables’ inertias are designed for optimum value for minimum deformation..
      • The top plate is designed to be positioned vertically so that the roller bearings, piston bearings and felts can compensate for vertical loads.
      • The hydraulic cylinder is designed as double-sided and honed to a surface quality of 2 microns. Thus, minimum wear resistance is created
      • for the felts. The cylinder bodies are manufactured as SAE 1040 material forged.
      • The hydraulic cylinders are bolted to the front of the feet with bolts and cams to provide excellent leveling and load balancing.
      • Piston head features: Omega-type felts are ftted with wide bronze bearings, semi-angled sleeves.
      • The pistons are precision ground and hard chrome plated to provide low friction and abrasion resistance when the piston passes through the felts.
      • The adjustable top tray slides are made from materials that are suitable for very low friction resistance. These beds are arranged for guiding to move the top table from right to left and front to rear.
      • The Hilalsan hydraulic system allows precise usage at all pressure values up to the maximum operating pressure. At the same time, with these pressure values, precise cylinder positioning, synchronization and repeatability are achieved.
      • Backgauge system is manufactured in accordance with environmental conditions. Backgauge bearings are made for heavy conditions
      • with double bearers. Scrapping type bearings are used against dust and other particles that will accumulate in the linear guideways against dusty environmental conditions.
      • The outer surface of the machine is painted with two layers of paint at least 60 microns in thickness to protect against weather conditions. Paint drying is done gradually in different time and temperature ranges in state-of-the-art ovens.
      • Standart Y1, Y2, X axis.

      CAP
      Machine Type
      X Axis
      Speed
      R Axis
      Speed
      Travel in
      R-axis
      Travel in X-axis Motor
      Power
      Oil
      Capacity
      Length Width Height Approximate
      Weight

      500 750 1000
      mm/sn. mm/sn. mm mm mm mm Kw Lt mm mm mm Kg
      L W H
      1360 250 100 200 S Op. 5,5 100 2150 1500 2300 3800
      2060 250 100 200 S Op. 7,5 100 3050 1650 2350 4500
      26100 250 100 200 S Op. 11 250 3400 1850 2650 7000
      3100 250 100 200 S Op. 11 250 3900 1950 2750 7800
      3135 250 100 200 S Op. 15 250 3900 1950 2800 9000
      3175 250 100 200 S Op. 18,5 250 3900 2000 2850 10000
      3220 250 100 200 S Op. 22 250 3950 2000 2900 12000
      3270 250 100 200 S Op. 22 350 3950 2000 2950 13000
      3320 250 100 200 S Op. 30 350 4000 2250 3150 14500
      3400 250 100 200 S Op. 37 350 4050 2250 3250 18500
      37175 250 100 200 S Op. 18,5 250 4550 2000 2900 11500
      37220 250 100 200 S Op. 22 250 4550 2000 3000 13500
      37320 250 100 200 S Op. 30 350 4600 2250 3200 18000
      4175 250 100 200 S Op. 18,5 250 4950 2000 2900 12000
      4220 250 100 200 S Op. 22 250 4950 2000 3000 15000
      4270 250 100 200 S Op. 22 350 4950 2000 3000 17500
      4320 250 100 200 S Op. 30 350 5000 2250 3200 20500
      4400 250 100 200 S Op. 37 350 5000 2250 3300 25000
      6220 250 100 200 S Op. 30 350 7000 2000 3350 24000
      6320 250 100 200 S Op. 30 350 7000 2250 3500 28000
      6400 250 100 200 S Op. 37 500 7050 2250 3700 35500
      6600 250 100 200 S Op. 45 500 7200 2650 3900 54000
      6800 250 100 200 S Op. 55 650 7200 3100 4200 70000
      61000 250 100 200 S Op. 55 650 7400 3250 4500 78000
      61250 250 100 200 S Op. 90 650 7400 3300 5300 97000

      CAP
      Machine Type

      Bending
      Force
      Bending
      Length
      Distance
      between
      columns
      Stroke Daylight Throat
      depth
      Table
      Height
      Pit
      Depth
      Table
      Width
      Y Rapid
      Speed
      Y Working
      speed
      Y Return
      speed
      Ton mm mm mm mm mm mm mm mm mm/sn. mm mm/sn.
      A B C D E F T G
      1360 60 1300 1100 185 390 310 850 108 140 10 130
      2060 60 2100 1700 185 390 310 850 108 140 10 130
      26100 100 2600 2200 205 410 310 900 108 130 10 130
      3100 100 3100 2600 265 480 410 900 108 130 10 130
      3135 135 3100 2600 265 480 410 900 108 130 10 130
      3175 175 3100 2600 265 480 410 900 108 130 10 120
      3220 220 3100 2600 265 480 410 900 108 120 10 100
      3270 270 3100 2600 265 480 410 950 108 110 9 100
      3320 320 3100 2600 315 530 510 950 154 100 9 90
      3400 400 3100 2550 315 530 510 950 154 90 8 80
      37175 175 3700 3200 265 480 410 950 108 120 10 100
      37220 220 3700 3200 265 480 410 1000 108 110 10 100
      37320 320 3700 3200 315 530 510 1000 154 90 9 90
      4175 175 4100 3600 265 480 410 950 108 120 10 100
      4220 220 4100 3600 265 480 410 1000 108 100 9 100
      4270 270 4100 3600 265 480 410 1000 108 100 8 80
      4320 320 4100 3600 315 530 510 1000 154 90 8 80
      4400 400 4100 3550 315 530 510 1000 154 90 8 80
      6220 220 6100 5100 265 480 410 1150 154 80 8 80
      6320 320 6100 5100 315 530 510 1150 154 80 8 80
      6400 400 6100 5100 315 530 510 1200 240 70 8 60
      6600 600 6100 5100 365 580 510 1000 700 240 70 7 70
      6800 800 6100 5100 415 630 610 1000 900 400 70 6 60
      61000 1000 6100 5100 515 730 610 1050 1050 400 70 5 60
      61250 1250 6100 5100 515 730 610 1050 1200 400 70 5 60

      Description

      General features
      • The machine frame is manufactured with advanced technology with very precise tolerances and stress relieved with large welded components. All tensile points are designed with large radii and strain accumulation and possible welding cracks are eliminated.
      • The lower and upper tables’ inertias are designed for optimum value for minimum deformation..
      • The top plate is designed to be positioned vertically so that the roller bearings, piston bearings and felts can compensate for vertical loads.
      • The hydraulic cylinder is designed as double-sided and honed to a surface quality of 2 microns. Thus, minimum wear resistance is created
      • for the felts. The cylinder bodies are manufactured as SAE 1040 material forged.
      • The hydraulic cylinders are bolted to the front of the feet with bolts and cams to provide excellent leveling and load balancing.
      • Piston head features: Omega-type felts are ftted with wide bronze bearings, semi-angled sleeves.
      • The pistons are precision ground and hard chrome plated to provide low friction and abrasion resistance when the piston passes through the felts.
      • The adjustable top tray slides are made from materials that are suitable for very low friction resistance. These beds are arranged for guiding to move the top table from right to left and front to rear.
      • The Hilalsan hydraulic system allows precise usage at all pressure values up to the maximum operating pressure. At the same time, with these pressure values, precise cylinder positioning, synchronization and repeatability are achieved.
      • Backgauge system is manufactured in accordance with environmental conditions. Backgauge bearings are made for heavy conditions
      • with double bearers. Scrapping type bearings are used against dust and other particles that will accumulate in the linear guideways against dusty environmental conditions.
      • The outer surface of the machine is painted with two layers of paint at least 60 microns in thickness to protect against weather conditions. Paint drying is done gradually in different time and temperature ranges in state-of-the-art ovens.
      • Standart Y1, Y2, X axis.

      CAP
      Machine Type
      X Axis
      Speed
      R Axis
      Speed
      Travel in
      R-axis
      Travel in X-axis Motor
      Power
      Oil
      Capacity
      Length Width Height Approximate
      Weight

      500 750 1000
      mm/sn. mm/sn. mm mm mm mm Kw Lt mm mm mm Kg
      L W H
      1360 250 100 200 S Op. 5,5 100 2150 1500 2300 3800
      2060 250 100 200 S Op. 7,5 100 3050 1650 2350 4500
      26100 250 100 200 S Op. 11 250 3400 1850 2650 7000
      3100 250 100 200 S Op. 11 250 3900 1950 2750 7800
      3135 250 100 200 S Op. 15 250 3900 1950 2800 9000
      3175 250 100 200 S Op. 18,5 250 3900 2000 2850 10000
      3220 250 100 200 S Op. 22 250 3950 2000 2900 12000
      3270 250 100 200 S Op. 22 350 3950 2000 2950 13000
      3320 250 100 200 S Op. 30 350 4000 2250 3150 14500
      3400 250 100 200 S Op. 37 350 4050 2250 3250 18500
      37175 250 100 200 S Op. 18,5 250 4550 2000 2900 11500
      37220 250 100 200 S Op. 22 250 4550 2000 3000 13500
      37320 250 100 200 S Op. 30 350 4600 2250 3200 18000
      4175 250 100 200 S Op. 18,5 250 4950 2000 2900 12000
      4220 250 100 200 S Op. 22 250 4950 2000 3000 15000
      4270 250 100 200 S Op. 22 350 4950 2000 3000 17500
      4320 250 100 200 S Op. 30 350 5000 2250 3200 20500
      4400 250 100 200 S Op. 37 350 5000 2250 3300 25000
      6220 250 100 200 S Op. 30 350 7000 2000 3350 24000
      6320 250 100 200 S Op. 30 350 7000 2250 3500 28000
      6400 250 100 200 S Op. 37 500 7050 2250 3700 35500
      6600 250 100 200 S Op. 45 500 7200 2650 3900 54000
      6800 250 100 200 S Op. 55 650 7200 3100 4200 70000
      61000 250 100 200 S Op. 55 650 7400 3250 4500 78000
      61250 250 100 200 S Op. 90 650 7400 3300 5300 97000

      CAP
      Machine Type

      Bending
      Force
      Bending
      Length
      Distance
      between
      columns
      Stroke Daylight Throat
      depth
      Table
      Height
      Pit
      Depth
      Table
      Width
      Y Rapid
      Speed
      Y Working
      speed
      Y Return
      speed
      Ton mm mm mm mm mm mm mm mm mm/sn. mm mm/sn.
      A B C D E F T G
      1360 60 1300 1100 185 390 310 850 108 140 10 130
      2060 60 2100 1700 185 390 310 850 108 140 10 130
      26100 100 2600 2200 205 410 310 900 108 130 10 130
      3100 100 3100 2600 265 480 410 900 108 130 10 130
      3135 135 3100 2600 265 480 410 900 108 130 10 130
      3175 175 3100 2600 265 480 410 900 108 130 10 120
      3220 220 3100 2600 265 480 410 900 108 120 10 100
      3270 270 3100 2600 265 480 410 950 108 110 9 100
      3320 320 3100 2600 315 530 510 950 154 100 9 90
      3400 400 3100 2550 315 530 510 950 154 90 8 80
      37175 175 3700 3200 265 480 410 950 108 120 10 100
      37220 220 3700 3200 265 480 410 1000 108 110 10 100
      37320 320 3700 3200 315 530 510 1000 154 90 9 90
      4175 175 4100 3600 265 480 410 950 108 120 10 100
      4220 220 4100 3600 265 480 410 1000 108 100 9 100
      4270 270 4100 3600 265 480 410 1000 108 100 8 80
      4320 320 4100 3600 315 530 510 1000 154 90 8 80
      4400 400 4100 3550 315 530 510 1000 154 90 8 80
      6220 220 6100 5100 265 480 410 1150 154 80 8 80
      6320 320 6100 5100 315 530 510 1150 154 80 8 80
      6400 400 6100 5100 315 530 510 1200 240 70 8 60
      6600 600 6100 5100 365 580 510 1000 700 240 70 7 70
      6800 800 6100 5100 415 630 610 1000 900 400 70 6 60
      61000 1000 6100 5100 515 730 610 1050 1050 400 70 5 60
      61250 1250 6100 5100 515 730 610 1050 1200 400 70 5 60
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      CNC Press Brake ADVANCED - Hilalsan

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