Rotary Die-cut System RD-4055 RD Rotary Die-cut System. Simple, high quality, compact rotary Die-cut system.

Transcription

1 Rotary Die-cut System Rotary Die-cut System Simple, high quality, compact rotary Die-cut system.

2 Machine Dimensions (Unit: mm / inch) Improve your die cutting process! Easy change over and simple operation. Allows flexibility across a wide range of products. Provide 700 mm / 7." of space around the machine. This space is necessary for machine access and operation. Features SPC-0 Rotary Die-Cutter Sheet Feeder. Rotary Die-cut System (Max. 00 x 0 mm /.7" x.") - Rotary Die-Cutter designed to meet the growing demand for short run product., / 79.. Flexible substrate - Die-cut, Crease, Perforation, Slit, Hole punch and round corner in various substrates up to 0. mm / Air Hose 0.09 (only for die cutting) thickness for digital and offset printed sheets. 970 / 8. (,000 / 9.9 ),8 /. 0 /.. One pass processing - Feeding, die cutting and separating are achieved in one pass at a speed of,000 cycles per hour. When the Power Cable,00 / 9.9 Optional container is 0 00V : 0/ 0Hz pulled out. Save the cost of making Air Compressor die - Uniquely designed 0. servo motor controlled Repeat Register feature allows multiple-up (Install to the applications from single-up die to minimize die cost. 70 /.. Simple and easy operation - Reduces costly labor steps and increases productivity with easy setup and operation versus When the Container Support Plate 80 steel rule or mechanical dies.. SPC-0 is pulled out required Position) SPC-0 Rotary Die-cut System Features Die Cutting 78.7 The sheet passes between the upper die and the lower anvil roller to cut. SPC ,9 7. (9 / 9. ),09 /. Prepare the compressor to meet the following specifications. Specifications for Compressor with Sheet Output 0.7 kw or more Required Pressure 0. MPa Control Pressure 0. MPa or more

3 Rotary Die-cut System Unit Name Sheet Feeder Rotary Die-Cutter Receiving Tray Kiss Cutting Machine Configuration Model Name SPC-0 BT-0 Die-cutting and kiss-cutting can be performed at the same time by using a die which has two different blade heights. is ideal for making stickers and labels. Kiss Receiving Tray BT-0 Simple receiving tray in case separator is not = Blade to die cut the base sheet used. The cut product and waste Kiss are delivered = Blade to kiss cut the top material together. Top Material Adhesive Base Sheet Depth 0 to 0% Sheet Rotary Die-Cutter Sheet Feeder Receiving Tray BT-0 Creasing Creasing can be achieved to avoid image cracking. Suitable for,0 / 98.9 boxes, pocket folders and greeting cards which require an additional folding process after die 0 /. cutting. 70 /. Optional Air Compressor (Install to the required Position) Air Hose (,000 / 9.9 ) Power Cable,00 00V : 0/ 0Hz BT-0 Creasing Blade 80. Attach the tape along the creasing lines. Creasing Blade = Blade to make creasing line BT ,9 7. = Blade to cut Tape Lower Die (Anvil Roller) Lower Die Sheet (Anvil Roller) Specifications for Compressor with Receiving Tray Prepare the compressor to meet the following specifications. Output 0. kw or more Required Pressure 0. MPa Control Pressure 0. MPa or more 7

4 Rotary Die-cut System Sheet Flow of Motorized delivery conveyor for completed products. The optional separator removes the trim waste from the sheet. The sheet passes between the upper die and the lower anvil roller for die cutting. The sheet is aligned to the rear register, and transported to the die cut section in synch with the rotation of the die. Sheets are registered via a vacuum belt and gripper roller for precise registration. The waste is dropped here. (Option) Rotary Die-Cutter Both setup and control can be done though the intuitive touch screen. t die cos Reduce Sheet Feeder n ctio n u f t a Repe Repeat register function enables the running of multiple up imposed applications with a smaller die to reduce die cost. Up to repeats in a single pass. Operation Console Feed Section Both setup and control can be done though the intuitive touch screen. After setting upper and lower die, the system can be set up by simply inputting sheet size and product size. The graphical illustrations on the screen are simple and easy to understand. Vacuum belt feeding enables superior feeding with easy setup and operation. An ultrasonic sensor is used for double feed detection on a wide range of substrates. Transport Section Die Cutting Section Sheets are registered by vacuum belt and position is firmly secured with gripper rollers for high quality finish. Servo motor driven gripper rollers ensure the die cut position without effecting processing speed. Rigid magnetic upper roller and solid lower anvil roller ensure high quality die cutting. Uniquely designed die cutting section enables easy and quick die setting. Both 0. mm and 0.8 mm / 0.0 and 0.0 thickness of flexible die plates can be used. Option The separator removes the waste from the finished product and delivers it to the waste bin. Air cylinder driven separator pins and air jets can be used depending on size of the waste. Delivery Section Supplied with the Finished products are delivered on the motorized conveyor. Intermittent conveyor movement maximizes the continuous operation in a small space. Gap can be adjusted depending on the size of the product for easy handling. The required gripping width is 70 mm /.9" or longer.

5 Rotary Die-cut System Sheet Flow of Motorized delivery conveyor for completed products. The optional separator removes the trim waste from the sheet. The sheet passes between the upper die and the lower anvil roller for die cutting. The sheet is aligned to the rear register, and transported to the die cut section in synch with the rotation of the die. Sheets are registered via a vacuum belt and gripper roller for precise registration. The waste is dropped here. (Option) Rotary Die-Cutter Both setup and control can be done though the intuitive touch screen. t die cos Reduce Sheet Feeder n ctio n u f t a Repe Repeat register function enables the running of multiple up imposed applications with a smaller die to reduce die cost. Up to repeats in a single pass. Operation Console Feed Section Both setup and control can be done though the intuitive touch screen. After setting upper and lower die, the system can be set up by simply inputting sheet size and product size. The graphical illustrations on the screen are simple and easy to understand. Vacuum belt feeding enables superior feeding with easy setup and operation. An ultrasonic sensor is used for double feed detection on a wide range of substrates. Transport Section Die Cutting Section Sheets are registered by vacuum belt and position is firmly secured with gripper rollers for high quality finish. Servo motor driven gripper rollers ensure the die cut position without effecting processing speed. Rigid magnetic upper roller and solid lower anvil roller ensure high quality die cutting. Uniquely designed die cutting section enables easy and quick die setting. Both 0. mm and 0.8 mm / 0.0 and 0.0 thickness of flexible die plates can be used. Option The separator removes the waste from the finished product and delivers it to the waste bin. Air cylinder driven separator pins and air jets can be used depending on size of the waste. Delivery Section Supplied with the Finished products are delivered on the motorized conveyor. Intermittent conveyor movement maximizes the continuous operation in a small space. Gap can be adjusted depending on the size of the product for easy handling. The required gripping width is 70 mm /.9" or longer.

6 Machine Dimensions (Unit: mm / inch) Improve your die cutting process! Provide 700 mm / 7." of space around the machine. Easy change over and simple operation. This space is necessary for machine access and operation. Allows flexibility across a wide range of products. Features SPC-0 Rotary Die-Cutter Sheet Feeder. Rotary Die-cut System (Max. 00 x 0 mm /.7" x.") - Rotary Die-Cutter designed to meet the growing demand for short run product., / 79.. Flexible substrate - Die-cut, Crease, Perforation, Slit, Hole punch and round corner in various substrates up to 0. mm / Air Hose 0.09 (only for die cutting) thickness for digital and offset printed sheets. 970 / 8. (,000 / 9.9 ),8 /. 0 /.. One pass processing - Feeding, die cutting and separating are achieved in one pass at a speed of,000 cycles per hour. When the Power Cable,00 / 9.9 Optional container is 0 00V : 0/ 0Hz pulled out. Save the cost of making die - Uniquely Air Compressordesigned servo motor 0. controlled Repeat Register feature allows multiple-up (Install to the applications from single-up die to minimize die cost. 70 /.. Simple and easy operation - Reduces costly labor steps and increases productivity with easy setup and operation versus When the Container Support Plate 80 steel rule or mechanical dies.. SPC-0 is pulled out required Position) SPC-0 Rotary Die-cut System Features Die Cutting 78.7 The sheet passes between the upper die and the lower anvil roller to cut. SPC ,9 7. (9 / 9. ),09 /. Prepare the compressor to meet the following specifications. Specifications for Compressor Sheet with Output 0.7 kw or more Required Pressure 0. MPa Control Pressure 0. MPa or more

7 Rotary Rotary Die-cut Die-cut System System Unit Name Sheet Feeder Rotary Die-Cutter Receiving Tray Machine Configuration Model Name SPC-0 BT-0 Kiss Cutting Die-cutting and kiss-cutting can be performed at the same time by using a die which has two different blade heights. is ideal for making stickers and labels. Kiss Receiving Tray BT-0 Simple receiving tray in case separator is not = Blade to die cut the base sheet used. The cut product and waste Kiss are delivered = Blade to kiss cut the top material together. Top Material Adhesive Base Sheet Depth 0 to 0% Sheet Sheet Feeder Rotary Die-Cutter Creasing 70 /. 0 /. Optional Air Compressor (Install to the required Position) Receiving Tray BT-0 Creasing can be achieved to avoid image cracking. Suitable for,0 / 98.9 boxes, pocket folders and greeting cards which require an additional folding process after die cutting. Air Hose (,000 / 9.9 ) Power Cable,00 00V : 0/ 0Hz BT-0 Creasing Blade 80. Attach the tape along the creasing lines. Creasing Blade = Blade to make creasing line BT ,9 7. = Blade to cut Tape Lower Die (Anvil Roller) Lower Die Sheet (Anvil Roller) Specifications for Compressor with Receiving Tray Prepare the compressor to meet the following specifications. Output 0. kw or more Required Pressure 0. MPa Control Pressure 0. MPa or more 7

8 Rotary Die-cut System Specifications Options Sheet Feeding System Sheet Size (Before processing) Vacuum Belt Feed Max. 00 x 0 mm /.7" x." Min. 00 x 7 mm / 7.88 x 0.8 Lower Die Tool Kit LDK-0 This kit includes the necessary tools and materials to help for preparing the lower die efficiently. Finished Size *The size may be limited depending on shape and sheet weight range. Width Length Width x Length With separator Without separator (with nick) Max. 7 x mm /.8" x 0.7" Min. 0 x 80 mm /.97" x." Max. 7 x mm /.8" x 0.7" Min. Depending on die shape Processed Material Material Thickness Normal paper, Coated paper, Cardboard 7.9 to 00 gsm Die Cutting : Max. 0. mm / 0.09 Creasing : Max. 0. mm / 0.0 Feeder Pile Height 00 mm / 9.8 Upper Cutting Blade Height Production Speed Voltage/Frequency Machine Dimensions 0. mm or 0.8 mm / 0.0 or 0.0,000 cycles per hour Single Phase 00 to 0 V, 0 / 0 Hz With (++SPC-0) W,8 x D80 x H,9 mm / W. x D. x H7. Without (+) W,0 x D80 x,9 mm / W98.9 x D. x H7. *The machine design and specifications are subject to change without any notice. 007/IY/RD0/00E/TV