HX(*) 630-I Injection Molding Machine
Description
Description
Compared with conventional injection molding machines, HX630-I automatic plastic injection press adopts cutting edge technology of servo-motor-driven pump. The servo pump system features fast response and is subjected to closed-loop control, resulting in high repeatability and high precision.
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Description
Compared with conventional injection molding machines, HX630-I automatic plastic injection press adopts cutting edge technology of servo-motor-driven pump. The servo pump system features fast response and is subjected to closed-loop control, resulting in high repeatability and high precision.
Advantages
1. Sustainable Development and Design Concept
We combine the advanced energy-saving technology with superior manufacturing skills when producing the automatic plastic injection press. Due to sustainable-development green designing, more value is created for our clients.
2. Excellent Energy-Saving Performance
Power output highly depends on the practical load requirements, which contributes to 20% to 80% energy saving on the basis of conventional injection machines.
3. Perfect Combination of the Electrical and Hydraulic Driving Technology
(1) Long Service Life
HX588 automatic plastic injection press adopts special servo coupling to avoid malfunction of the coupling connection part.
(2) Energy-Saving
With the equal production to fully electric machines, our high-speed injection moulding equipment consumes only half the energy needed by general injection molding machines.
(3) Low System Heating
Hydraulic oil temperature is kept stable without distinct increase, which greatly improves the service life of the sealing parts and reduces the consumption of the cooling water.
Why Do People Choose Our Injection Molding Machine?
Parameters of HX 630-I Electric Injection Moulding Machines :
MODEL:HX(*)630-I/3500 | ||||||
TECHNICAL PARAMETER TABLE | A | B | C | D | ||
INJECTION UNIT | SCREW DIAMETER | mm | 75 | 80 | 85 | 90 |
SCREW L/D RATIO | L/D | 22.7 | 21.3 | 20 | 18.9 | |
INJECTION CAPACITY (THEORETICAL) | cm3 | 1855 | 2110 | 2382 | 2670 | |
INJECTION WEIGHT(PS) | g | 1688 | 1920 | 2168 | 2430 | |
Oz | 59.5 | 67.7 | 76.4 | 85.7 | ||
INJECTION PRESSURE | MPa | 191 | 168 | 149 | 133 | |
INJECTION RATE | g/s | 409 | 465 | 525 | 589 | |
PLASTICIZING CAPACITY | g/s | 52 | 62 | 71 | 82 | |
SCREW SPEED | rpm | 130 | ||||
CLAMPING UNIT | CLAMP FORCE | KN | 6300 | |||
OPEN STROKE | Mm | 870 | ||||
MAX. MOULD | mm | 900 | ||||
MIN. MOULD | mm | 350 | ||||
SPACE BWTWEEN TIE-BARS (W×H) | mm | 900×850 | ||||
EJECTOR FORCE | KN | 200 | ||||
EJECTOR STROKE | KN | 260 | ||||
EJECTOR NUMBER | n | 17 | ||||
OTHERS | PUMP PRESSURE | MPa | 16 | |||
MOTOR POWER | KW | 55/30*2 | ||||
HEATING POWER | KW | 28.85 | ||||
MACHINE DIMENSION (L×W×H) | m | 9.22*2.27*2.61 | ||||
MACHINE WEIGHT | t | 26.7 | ||||
OIL TANK CAPACITY | L | 1156 |
Mold Plate Dimension: