HaiDa L Series High Precision Energy Saving Servo Injection Molding Machine -- HD260L
About HaiDa HD260L
The HaiDa HD260L is a high precision energy saving servo injection molding machine manufactured by Ningbo Haida Plastic Machinery Co., Ltd. With optimized
structure design and latest 3D control technology, the HaiDa L series of high precision energy saving servo injection molding machine is an injection
molding machine of sophisticated and reliable stability.
Parameters of the HaiDa HD260L Energy Saving Servo Injection Moulding Machine
| DESCRIPTION |
UNIT |
HD260L |
|
|
A |
B |
C |
| Screw diameter |
mm |
55 |
60 |
65 |
| Screw ratio |
L/D |
22.9 |
21 |
19.4 |
| Short Weight |
g |
551 |
656 |
770 |
| Injection pressure |
Mpa |
210 |
176 |
150 |
| Clamping force |
kN |
2600 |
| Opening stroke |
mm |
550 |
| Space between tie bar |
mm x mm |
580 x 580 |
Dimensional Drawing of HaiDa HD260L Energy Servo Injection Molding Machine
Suitable Injection Automation Applications
Features of HaiDa L Series of Energy Saving Injection Molding Machine
-
Enhanced clamping mechanism to meet requirements for efficient production.
-
Excellent clamping features with optimized linkage mechanism to have faster and smooth operation.
-
Professional platen optimization, the platen after finite element analysis and optimization has high rigidity and strengty.
-
Professional plasticizing unit is applicable for production of various raw materials, and to improve plasticization performance significantly.
-
Excellent injection performance with twin-cylinder injection mode, have more reliable and stable performance.
-
Centralized lubrication system with reliable protective configuration, quantitative distribution and centered lubrication, provide more
professional lubrication protection and extend mechanical life.
-
New frame type structure, simple and clean appearance, with more reasonable stress on machine body and high rigidity.
-
Special controller for injection machine, dual CPU control, independent control and display, stable and reliable operation, new easily-operated
human-machine interface, fast operation, high reliability and good expansibility.
