让中国装备技术与世界同步 WE WK ONGSIDE THE WORD Stock code: 300415 D1 Series Two-platen Injection Molding Machine ( 1T-2400T) Innovative Practice of arge-tonnage Two-platen Machine 广东伊之密精密机械股份有限公司 GUNGDONG YIZUMI PRECISION MCHINERY CO., TD. ddress: No., Keyuan 3 Road, Hi-tech Zone, Ronggui, Foshan City, Guangdong Province, China, 52306 TE:6-757-2926 5 FX:6-757-2926 15 www.yizumi.com
ased on importation and absorption of advanced German technology and years of experience in product application, we continue to move on and undertake the historic project of large-tonnage two-platen injection molding machine, striving to become a pioneer to fulfill such an innovative mission. -cavity parts Household appliances uto parts ogistics materials
D1 Series Two-platen Injection Molding Machine Innovative Practice of arge-tonnage Two-platen Machine Core Value Propositions Fast Stable Synchronized lock nut mechanism, precision movable platen supports, quick hydraulic cylinders, differential fast mold opening, low-resistance hydraulic circuit design and high-response servo system enable the machine to operate more efficiently and response faster. High-rigidity clamping unit, uniform stress distribution on tie threads, high-response dual proportional valve, high-speed closed-loop control, precision filter and efficient cooling system enable the machine to be more stable for injection molding. Higher stability of mold-open position Shorter dry cycle More reliable low pressure mold protection Outstanding injection stability Variation up to ±0.2, meeting higher requirements on automated part removal and inserting. Compared with a three-platen machine with the same clamp tonnage, mold opening and closing during dry cycle is about 55% faster. Mold protection is so sensitive that it can sense three pieces of 4 paper, which is more effective. Repeatability of part weight 3, excellent quality, saving materials and costs. Smaller footprint D1 series machine occupies less floor space than a three-platen machine, improving factory utilization and reducing costs of production facilities. Smaller variation of force on tie Variation 3, high mold-close accuracy, hardly any flash, higher stability of injection molding. Professional control system Short scan time, fast response and high movement repeatability. New-generation servo system driven by fully oil-cooled two-headed motor Fast response, strong power and low energy consumption. Data above are reference criterions for factory tests. 03 04
D1 Series Two-platen Injection Molding Machine Innovative Practice of arge-tonnage Two-platen Machine Short dry cycle, reliable and stable D1 series two-platen injection molding machine, based on high-rigidity clamping unit, precision guide device, synchronized lock nut mechanism, quick hydraulic cylinders, fast control system and controlled by high-response dual proportional valve, delivers higher movement efficiency and control stability. 1 2 3 4 1Impact-proof synchronized lock nut mechanism Impact-cushioning synchronized lock nut closing is fast and more reliable. 2Independent high-pressure cylinder (optional) Mold opening under low speed and high pressure, as well as mold change through tie pulling in a factory with excessively low ceiling are available. 3Highly-rigid accurate guide device High-rigidity -shape guide rails on machine frame, with guiding precision up to 0.05, facilitate fast and steady motion of platens. 4Wear & corrosion resistant tie s with uniform stress distribution With special technical treatment, tie s are highly-rigid and resistant to wear and corrosion. Uniformity of stress distributed on tie threads is over 99% without unbalanced force, bringing durability. 5High repeatability of mold-open end position Repeatability of mold-open position is up to ± 0.2, five times higher than that of a three-platen machine. (proven by in-house 1300T machine test result) 6Sensitive mold protection With the use of smart prior deceleration control, even three pieces of 4 paper can be sensed. Mold protection is more reliable and sensitive. 7Short dry cycle Efficient mold opening and closing and short dry cycle directly improve manufacturing efficiency and capacity. (proven by in-house 1300T machine test result) Unit: 25 Mold-open position accuracy Unit: 0 60 dvanced deceleration Unit: second 14.0 12.0 10.0 Dry cycle 13 5 15 10 5 0 2 0.2 0.4 D1 series 5 Ordinary twoplaten machine 1 Ordinary threeplaten machine Repeatability Positioning accuracy 5 times 6 40 Mold closing process 0 00 000 02 000 04 000 06 000 7.0 6.0 4.0 2.0 0.0 5. D1 series 6.5 Ordinary twoplaten machine Ordinary threeplaten machine 05 06
D1 Series Two-platen Injection Molding Machine Innovative Practice of arge-tonnage Two-platen Machine 1High-rigidity injection unit Casts of injection unit are made from ductile cast iron. The platens are highly rigid with little deformation. Injection is more stable. 3Integral linear guide rails for injection inear guide rails are a standard feature of D1 series, bringing benefits of low resistance, quick acceleration and accurate injection. 2Excellent injection performance Repeatability of injection end position up to ±0.2 and repeatability of part weight 3 meet the needs of increasing efficiency and lowering costs. 4Ultrasonic displacement sensor D1 series is equipped with an ultrasonic digital displacement sensor, characterized by little signal interference and high position control accuracy. 5daptive PID temperature control With the use of durable ceramic heater bands and adaptive PID control performed by the ustrian controller, temperature control accuracy is up to ±1. 6Optional quick rel change mechanism arrel is mounted with a press plate and it can be directed hoisted for installation, which lowers labor intensity and enhances maintenance efficiency. Injection end position repeatability Unit: 0.75 0.5 0.5 0.2 0.25 0-0.25-0.5 5 4 3 2 1 0 Part weight repeatability 5 3 1 2 Ordinary two-platen machine D1 series 3 4 Stable injection end position and high repeatability of part weight inear guide rails, with the benefits of low resistance and quick acceleration, are a standard feature of D1 series two-platen injection molding machine. Incorporating other features, such as high-rigidity injection unit and ultrasonic displacement sensor for monitoring, D1 series has achieved accurate position control and high repeatability of part weight. 5 6 07 0
D1 Series Two-platen Injection Molding Machine Innovative Practice of arge-tonnage Two-platen Machine Control System ccurate control, humanized design, reliable and stable Hydraulic System Precise filtration, efficient cooling, higher stability D1 series is based on a hydraulic system with stability and fast response at the core, which enables hydraulic circuit to be in optimal operating conditions. The hydraulic system is characterized by fast response, strong overload capacity and low energy consumption that is superior to China energy efficiency grade 1. 1Servo system driven by fully oil-cooled two-headed motor The fully oil-cooled two-headed motor-driven servo system is the quintessence of highly-integrated servo pump system. It eliminates the influence of instability in machine operation due to the work environment and further reduces energy consumption of hydraulic circuit. Synchronized drive technology makes hydraulic circuit response faster and movements more efficient. D1 series adopts ustria s KE control system dedicated to two-platen injection molding machine. This powerful system can accurately control the position, pressure, speed, temperature and other parameters. The whole control system is engineered based on reliability, stability, safety and user-friendly operation for better user experience. Stable, fast and accurate control D1 series two-platen injection molding machine adopts ustria s KE control system, with double CPUs, 1ms of scan cycle and high reliability. Fast mold opening and closing and high repeatability thanks to the high-response dual proportional valve control technology. Fully-closed-loop control of injection speed, pressure and back pressure, with fast response and high accuracy. Self-tuning of temperature parameters of rel and hot runner makes temperature control more accurate. 7min 6min 5min 4min 3min 2min 1min 0min Comparison of overload capacit 0ms 110ms Max. 7min D1 series 3min Ordinary two-platen machine Response curve Strong overload capacity Rapid acceleration Durable and reliable D1 series Ordinary twoplaten machine 0 300 400 500 Time(ms) Data and safety Storage of process data without limit Memory of alarm and process parameter change Record of process parameter change curve Production process data control (PDP) and statistic process control (SPC) Multi-level user access to protect data Multiple protections of equipment and people through software and hardware Easy to operate Real-time remote control (optional) Online conversion of languages and units Quick input by means of graph and virtual keyboard Quick settings page for easy and convenient process parameter setting 2Precise filtration and independent cooling system Filter fineness is up to 5μm and cooling effect is 2-3 times better than ordinary two-platen injection molding machines, which ensure long service life of seals. Machine becomes more stable. 14µ 12µ 10µ 10µ µ 6µ 4µ 5µ 2µ Good cooling effect High filter fineness Comparison of filter fineness 3Motor protected with -shape plates -shape plates are easy to install and they can be opened directly so that there is open space for more efficient maintenance of the drive system. 0 D1 series Ordinary two-platen machine 1IP54 electrical enclosure The electrical enclosure is designed with IP54 rating, resistance to water and dust and good cooling effect, so that the electrical system is more stable in operation. 2Separate connector module for auxiliary equipment External separate power control without opening the electrical cabinet makes operation safer and more convenient. 3Euromap-based robot interface Euromap 12 robot interface is a standard feature, meeting customer s need for safer connection. 09 10
UN1D1 Machine Dimensions UN1D1 Specifications IU400 IU600 IU9000 IU10900 Screw diameter () 4 92 10 92 10 10 17 2659 3664 3191 3770 5073 43 503 513 52 6024 159 39 2446 3371 2936 346 4667 3974 4636 534 404 55 7506 21 11 131 213 10 134 9 179 155 210 12 Screw :D ratio (/D) 21.9 21.7 21.6 493 592 17 615 726 90 766 94 1031 23 0 127 Screw stroke () 400 40 550 570 154 12 112 10 Cooling water inlet/outlet for moving mold halves Cooling water inlet/outlet for fixed mold halves Water inlet/outlet for oil cooler Space between tie s () 760 1270 1 Max. mold thickness () 10 Min. mold thickness () 600 Opening stroke () /10 Max. daylight () 2400 274 Ejector stroke () 360 Power port 66+7.5 5+7.5 110+7.5 5+37+7.5 111.32 111.3 114. 139.9 139.9 114.3 16.2 194.7 UN1D1 Platen Dimensions 37.2 37.2 47 51.2 51.32 70.63 Oil tank capacity () 0 1 1400 0 9.7 3.2 3.2 9.7 3.2 3.2 10.1 3.2 3.2 10. 3.2 3.2 16 16 16 16 Euromap 1- based M24 2 W cord size 2 Number of cooling water distributor n /min Cooling water flow (mold excluded) /min Cooling water pressure 3. Mold-bearing the movable platen is 2/3 of total mold weight. UN1D1-IU400 9700 56 29 70 215.49 UN1D1-IU600 UN1D1-IU9000 UN1D1-IU10900 9700 10 0 76 41 41 291 23 23 1 259.4 316.71 370. 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 11. ecause of constant technical improvement, the machine specifications are subject to change without notice. 12
UN10D1 Machine Dimensions UN10D1 Specifications IU400 IU600 IU9000 IU10900 Screw diameter () 4 92 10 92 10 10 17 2659 3664 3191 3770 5073 43 503 513 52 6024 159 39 2446 3371 2936 346 4667 3974 4636 534 404 55 7506 21 11 131 213 10 134 9 179 155 210 12 Screw :D ratio (/D) 21.9 21.7 21.6 493 592 17 615 726 90 766 94 1031 23 0 127 Screw stroke () 400 40 550 570 154 12 112 Cooling water inlet/outlet for moving mold halves Cooling water inlet/outlet for fixed mold halves Water inlet/outlet for oil cooler 75 Space between tie s () 1310 10 Max. mold thickness () 1250 Min. mold thickness () 600 Opening stroke () 50/1400 Max. daylight () 2650 274 Ejector stroke () 360 Power port 66+7.5 5+7.5 110+7.5 5+37+7.5 UN10D1 Platen Dimensions 111.3 37.2 111.3 37.2 114. 47 139.9 139.9 114.3 51.2 16. 51.32 194.9 199.1 199.1 70.63 Oil tank capacity () 0 1 1400 0 10.2 3.4 3.2 10.2 3.4 3.2 10.6 3.4 3.2 11.2 3.4 3.2 4 Euromap 1- based W cord size 2 Number of cooling water distributor n /min Cooling water Cooling flow water pressure (mold excluded) /min 3. Mold-bearing the movable platen is 2/3 of total mold weight. UN10D1-IU400 2 2 70 215.49 UN10D1-IU600 UN10D1-IU9000 UN10D1-IU10900 10600 110 2136 2101 2101 297 2943 2943 1 259.4 316.71 370. 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 13. ecause of constant technical improvement, the machine specifications are subject to change without notice. 14
UN1300D1 Machine Dimensions UN1300D1 Specifications IU600 IU9000 IU10900 IU00 Screw diameter () 92 10 10 125 3191 3770 5073 43 503 513 52 6024 159 754 9161 1056 2936 346 4667 3974 4636 534 404 55 7506 76 9723 213 10 134 9 179 155 210 12 11 156 Screw :D ratio (/D) 21.7 21.6 615 726 90 766 94 1031 23 0 127 1316 1536 1772 Screw stroke () 40 550 570 640 12 112 1 Cooling water inlet/outlet for moving mold halves Cooling water inlet/outlet for fixed mold halves Water inlet/outlet for oil cooler 13000 75 Space between tie s () 1390 120 Max. mold thickness () 0 Min. mold thickness () 650 Opening stroke () 20/0 Max. daylight () 250 274 Ejector stroke () 360 Power port 5+7.5 110+7.5 5+37+7.5 5+66+7.5 UN1300D1 Platen Dimensions 139.92 139.92 144.32 51.2 16.2 51.32 194.7 70.63 Oil tank capacity () 1 1400 0 20 10.3 3.5 3.2 10. 3.5 3.2 11.4 3.5 3.2 11.9 3.5 3.2 23 23 23 23 4 Euromap 1- based W cord size 2 Number of Cooling water Cooling cooling water flow water pressure distributor (mold excluded) n /min /min 3. Mold-bearing the movable platen is 2/3 of total mold weight. UN1300D1-IU600 10300 59 3101 259.4 UN1300D1-IU9000 UN1300D1-IU10900 UN1300D1-IU00 SR Φ 0 11400 11900 24 24 24 3066 3066 3066 1 1 316.71 370. 370. 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 15. ecause of constant technical improvement, the machine specifications are subject to change without notice. 16
UN1400D1 Machine Dimensions UN1400D1 Specifications IU600 IU9000 IU10900 IU00 Screw diameter () 92 10 10 125 3191 3770 5073 43 503 513 52 6024 159 7977 9304 10733 2936 346 4667 3974 4636 534 404 55 7506 7339 560 975 213 10 134 9 179 155 210 12 11 156 Screw :D ratio (/D) 21.7 21.6 615 726 90 766 94 1031 23 0 127 1316 1536 1772 Screw stroke () 40 550 570 650 12 112 1 14000 Cooling water inlet/outlet for moving mold halves Cooling water inlet/outlet for fixed mold halves Water inlet/outlet for oil cooler Space between tie s () 0 1470 1360 Max. mold thickness () 0 Min. mold thickness () 700 Opening stroke () 2350/0 Max. daylight () 3050 300 Ejector stroke () 400 Power port 5+7.5 110+7.5 5+37+7.5 5+66+7.5 UN1400D1 Platen Dimensions 139.92 139.92 144.32 51.2 16.2 51.32 194.7 70.63 Oil tank capacity () 1 1400 0 20 10.6 3.6 3.4 11.1 3.6 3.4 11.7 3.6 3.4 12 3.6 3.4 27 27 27 27 Euromap 1- based W cord size 2 Number of Cooling water Cooling cooling water flow water pressure distributor (mold excluded) n /min /min 3. Mold-bearing the movable platen is 2/3 of total mold weight. UN1400D1-IU600 10600 59 3101 259.4 UN1400D1-IU9000 UN1400D1-IU10900 UN1400D1-IU00 SR Φ 11 71 123 24 24 2554 3066 3066 3541 1 316.71 370. 470. 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 17. ecause of constant technical improvement, the machine specifications are subject to change without notice. 1
UN0D1 Machine Dimensions UN0D1 Specifications IU9000 IU10900 IU00 IU0 Screw diameter () 10 10 125 165 43 503 513 52 6024 159 7977 9304 10733 11559 1496 3974 4636 534 404 55 7506 7339 560 975 921 10634 13770 9 179 155 210 12 11 156 14 123 Screw :D ratio (/D) 21.6 766 94 1031 23 0 127 1316 1536 1772 12 1494 1936 Screw stroke () 550 570 650 700 12 112 1 1 00 Cooling water inlet/outlet for moving mold halves Cooling water inlet/outlet for fixed mold halves Water inlet/outlet for oil cooler Space between tie s () 1 1550 0 Max. mold thickness () 1550 Min. mold thickness () 700 Opening stroke () 2600/1750 Max. daylight () 3300 300 Ejector stroke () 400 Power port 110+11 5+37+11 5+66+11 5+66+11 UN0D1 Platen Dimensions 164 164 16. 51.32 194.9 199.1 199.1 70.63 Oil tank capacity () 1400 0 20 20 11.6 3.7 3.5 12.1 3.7 3.5 12.4 3.7 3.5 12. 3.7 3.5 34 34 34 34 Euromap 1- based W cord size 2 Number of cooling water distributor n /min Cooling water Cooling flow water pressure (mold excluded) /min 3. Mold-bearing the movable platen is 2/3 of total mold weight. UN0D1-IU9000 10 2324 3166 316.71 0 UN0D1-IU10900 UN0D1-IU00 UN0D1-IU0 SR SR Φ Φ 12 12400 1200 2324 2654 2654 3166 3641 3641 1 370. 470. 470. 0 0 0 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 19. ecause of constant technical improvement, the machine specifications are subject to change without notice.
UND1 Machine Dimensions UND1 Specifications IU9000 IU10900 IU00 IU0 Screw diameter () 10 10 125 165 43 503 513 52 6024 159 7977 9304 10733 11559 1496 3974 4636 534 404 55 7506 7339 560 975 921 10634 13770 9 179 155 210 12 11 156 14 123 Screw :D ratio (/D) 21.6 766 94 1031 23 0 127 1316 1536 1772 12 1494 1936 Screw stroke () 550 570 650 700 12 112 1 1 0 Cooling water inlet/outlet for moving mold halves Cooling water inlet/outlet for fixed mold halves Water inlet/outlet for oil cooler Space between tie s () 1230 1650 1550 Max. mold thickness () 0 Min. mold thickness () 750 Opening stroke () 2600/1750 Max. daylight () 3350 460 Ejector stroke () 430 Power port UND1 Platen Dimensions 110+11 16.2 194.7 5+37+11 5+66+11 5+66+11 51.32 70.63 Oil tank capacity () 1400 0 20 20 11.9 4 4 12.4 4 4 12. 4 4 13 4 4 Euromap 1- based W cord size 2 Number of cooling water distributor n /min Cooling water Cooling flow water pressure (mold excluded) /min 3. Mold-bearing the movable platen is 2/3 of total mold weight. UND1-IU9000 11900 234 3261 316.71 0 UND1-IU10900 UND1-IU00 UND1-IU0 SR SR Φ Φ 12400 1200 13000 233 2714 2714 36 3701 3701 1 370. 470. 470. 0 0 0 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 21. ecause of constant technical improvement, the machine specifications are subject to change without notice.
UN2D1 Machine Dimensions UN2D1 Specifications IU10900 IU00 IU0 IU37500 Screw diameter () 10 125 165 15 52 6024 159 7977 9304 10733 11559 1496 26343 404 55 7506 7339 560 975 921 10634 13770 235 210 12 11 156 14 123 1 Screw :D ratio (/D) 23 0 127 1316 1536 1772 12 1494 1936 14 Screw stroke () 570 650 700 90 112 1 1 74 20 130 Space between tie s () x0 Max. mold thickness () 1700 Min. mold thickness () 00 Opening stroke () 2700/ Max. daylight () 3500 460 Ejector stroke () 430 5+37+11 5+66+11 5+66+11 110+66+11 UN2D1 Platen Dimensions 194.7 70.63 309.6 126.1 Oil tank capacity () 0 20 20 2400 13.1 4.5 5.3 13.2 4.5 5.3 13.2 4.5 5.3 14. 4.5 5.3 50 50 50 50 Euromap 1- based W cord size 2 Number of Cooling water Cooling cooling water flow water pressure distributor (mold excluded) n /min /min 3. Mold-bearing the movable platen is 2/3 of total mold weight. UN2D1-IU10900 13 2479 3321 1 370. 0 UN2D1-IU00 UN2D1-IU0 UN2D1-IU37500 SR SR SR25 Φ Φ Φ 130 130 1400 209 209 264 3796 3796 370 3640 15 470. 470. 569.67 0 0 0 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 23. ecause of constant technical improvement, the machine specifications are subject to change without notice. 24
UN2400D1 Machine Dimensions UN2400D1 Specifications IU00 IU0 IU37500 IU50000 Screw diameter () 125 165 15 0 7977 9304 10733 11559 1496 26343 3516 7339 560 975 921 10634 13770 235 32371 11 156 14 123 1 141 Screw :D ratio (/D) 1316 1536 1772 12 1494 1936 14 1902 Screw stroke () 650 700 90 11 1 1 74 74 24000 Cooling water inlet/outlet for moving mold halves Cooling water inlet/outlet for fixed mold halves Water inlet/outlet for oil cooler Space between tie s () 1640 1900x1700 Max. mold thickness () Min. mold thickness () 00 Opening stroke () 3000/00 Max. daylight () 300 460 Ejector stroke () 430 Power port 5+66+11 5+66+11 110+66+11 110+66+11 309.6 372.5 UN2400D1 Platen Dimensions 126.1 19 Oil tank capacity () 20 20 2400 2400 13.6 4.7 5.5 13.6 4.7 5.5 14. 4.7 5.5 15 4.7 5.5 59 59 59 59 Euromap 1- based W cord size 2 Number of Cooling water Cooling cooling water flow water pressure distributor (mold excluded) n /min /min 3. Mold-bearing the movable platen is 2/3 of total mold weight. UN2400D1-IU00 SR Φ 13600 29 376 470. 0 UN2400D1-IU0 UN2400D1-IU37500 UN2400D1-IU50000 SR SR25 SR25 Φ Φ Φ 13600 1400 00 29 2944 3035 376 30 4140 3640 370 15 15 470. 569.67 665.2 0 0 0 6. The injection unit data are in international units and calculated as follows: theoretical shot volume [cm3] injection pressure (MPa)/ 25. ecause of constant technical improvement, the machine specifications are subject to change without notice. 26