|
Mold Clamping
structure
High
circle speed, high precision, high rigidity, and high durability
High control precision of servo motor torque, and rigid
connection of the ball screw and clamping system, correspondingly improve the
mold opening/closing speed and position accuracy, and ensure an accurately platen
moving thrust, and displacement deviation generated by platen movement inertia
is under controlled, and the reliability and response accuracy of the action of
low pressure mold protection is greatly improved. Safe security of using
precision mold becomes better. 
Injection System
High
injection speed, high stability, high sensitivity, and high durability
Adopting four-column-frame structure and guided by four guide
posts, the screw has an evenly balanced force during the process of injection,
thus achieving steady injection molding. 
Speed faster
By using synchronous movement, circle time is greatly shortened,
thus easily realizing high efficiency production.
Quality improved
High rigid power unit, high response servo motor, superior
injection response and holding force, ensure the quality and consistency of
products. 
Clean
environment 
Program for
Compression Molding
The compression cycle can be performed by easy programming. It’s
possible to freely programmed the mold movements to synchronize with the
injection movements.
This belongs to the low pressure molding technology
category. It has the effect to improve the internal stress characteristic
property for plastic product, reduce distortion, and improve the product
surface. With this control, the demands of injection force and clamp force
parameters are truly optimized. It not only reduces the cost of equipment, but
also greatly extends the equipment life time.
Parameters
|
Type
|
HDJE60
|
HDJE110
|
HDJE150
|
HDJE210
|
|
CLAMPING
UNIT
|
|
|
|
|
|
Clamping force, KN
|
600
|
1100
|
1500
|
2100
|
|
Opening Stroke, mm
|
270
|
360
|
420
|
550
|
|
Max. daylight, mm
|
640
|
840
|
940
|
840
|
|
Platen Size, mm*mm
|
510*510
|
585*585
|
700*650
|
900*860
|
|
Space between bars, mm*mm
|
320*320
|
410*410
|
520*470
|
620*560
|
|
Max. mold height, mm
|
370
|
480
|
520
|
600
|
|
Min. mold height, mm
|
150
|
150
|
180
|
220
|
|
Ejector stroke, mm
|
70
|
100
|
130
|
150
|
|
Ejector force, KN
|
20
|
30
|
35
|
55
|
|
INJECTION
UNIT
|
80/80h
|
120/120h
|
200/200h
|
310/310h
|
|
Screw diameter, mm
|
18
22 26
|
22
26 30
|
26
30 36
|
30
36 42
|
|
Screw L/D ratio,
|
20
20 17
|
20
20 17.4
|
20
20 17
|
21
21 18
|
|
Injection Pressure, Mpa
|
250
220 157
|
260
220 200
|
260
220 160
|
260
206 158
|
|
Holding Pressure, Mpa
|
206
175 120
|
208
160 120
|
206
160 125
|
224
160 130
|
|
Shot volume, cm3
|
25
38 53
|
42
58 78
|
66
92 100
|
106
153 208
|
|
Shot weight (ps), g/OZ
|
21/0.7
32/1.1 45/1.6
|
36/1.3
49/1.7 66/2.3
|
56/2 78/2.8 85/3
|
90/3.2
130/4.6 177/6.2
|
|
Injection, mm/sec
|
200/350
|
200/350
|
200/350
|
200/350
|
|
Plasticizing capacity, g/sec
|
3.5
6 8.5
|
6
8.5 13
|
8
12 16
|
13
22 32
|
|
Screw stroke, mm
|
100
|
110
|
130
|
150
|
|
Screw speed, rpm
|
400
|
400
|
400
|
400
|
|
Nozzle pressing force, KN
|
15
|
15
|
20
|
25
|
|
Power
Unit
|
|
|
|
|
|
Total electric capacity KW/A
|
19/35
|
29/51
|
37/65
|
45/75
|
|
Heater power, KW
|
5
|
7
|
8
|
10.5
|
|
General
|
|
|
|
|
|
Machine weight, ton
|
3
|
5.2
|
6.4
|
12.2
|
|
Machine dimensions
|
3.8*1.25*1.6
|
1.7*1.4*2
|
5.1*1.5*2.1
|
6*1.7*2.3
|
|
