Stack Assembly Servo Pivot Press

Item No.: 00142
We have over 30 years experiences on study and design the technique of the Stack Assembly Servo Pivot Press, optimize the manufacture technology about the production of Stack Assembly Servo Pivot Press.
Description Equipment features Parameters Review

1. Indenter and platen up and down smoothly and has excellent synchronization

2. Stable and high Press Accuracy of parallelism and flatness.

3. The function of storing process and formulation

4. Function of continuously variable

5. The upper and lower plates’ clamping function is driven by servo motor, high precision positioning, stable movement, with the advantages of uniform and reliable force.

6.The advantages of easy operation and stable performance.

7. The equipment is designed in accordance with the corresponding international standards or industry standards, and the structure of the equipment has sufficient static, dynamic, thermal rigidity and precision, and the safety and environmental protection meet the national standards. . Advanced control system, high precision system components, good reliability, anti-interference ability, servo system response speed; Equipment operation, maintenance is simple and convenient, excellent after-sales service.

Process Flow Diagram

Equipment features

1. Power supply conditions: 380V (AC), 50Hz; Operating temperature: normal temperature; No condensation; Working humidity: less than 80%, the durability of the instrument operation: the instrument can be in 24 hours continuous working state. 

2. The main machine use frame structure, the indenter and platen all made by QT500-7 ductile cast iron. After casting, it is annealed at high temperature and cooled with the furnace to completely eliminate the internal stress, and the blank is polished without other foreign matter on the surface, and then processed by shot blasting. It has good strength and rigidity, ensuring that the overall body appearance is flat and beautiful, high precision and good rigidity. It is processed by high-precision machine tool equipment, so that the shape and position tolerance of the work table is guaranteed, and the stable performance can be used for a long time.

3. The guide rod material is made of S45C high-quality carbon steel, and the forgings are normalized and fine-machined by flaw detection inspection, with good strength and uniform deformation. The four columns are finished by high-precision lathes, and formed by heat treatment, fine grinding, chrome plating, fine grinding and other processes, and the four columns are preloaded by nuts to form a closed rigid frame. The locking mother material is made of S45C forged steel, and the lock mother is processed by heat treatment, finishing, blackening and anti-rust treatment.

4. The equipment is a double-action servo electric cylinder device, according to the requirements of costumer, the user can choose the double-pressure head electric cylinder synchronous pressing work, can also choose the single-pressure head single-action pressing work, the operation of the indenter can be divided into manual / automatic device, automatic operation according to the set program to run, to ensure the operation of high-precision positioning and precise pressure control operation when the double pressure head is running.

No. Items\Types Unit Quantity
1 Maximum Compression Force KN 50 100
2 Compression Force Of Upper Indenter KN 50 100
3 Compression Force Of Lower Indenter KN 50 100
4 Error Of Working Pressure KN 1% 1%
5 Pressure Holding Time KN/H 1 1
6 Maximum Downlink Distance Of Upper Indenter mm 800 800
7 Maximum Uplink Distance Of Lower mm 200 200
8 Maximum Opening Distance Between The Upper and Lower Indenter mm 1000 1000

Minimum Closure Height mm 100 100

Bevel Angle ° selectable0-35
9 Effective Dimensions Of Upper Indenter mm L 450 450
W 130 130
10 Maximum Size Of Lower Indenter mm L >1000 >1000
W >400 >400
12 Flatness Of Upper and Lower Indenter mm ≤±0.02 ≤±0.02
13 Parallelism Of Upper and Lower Indenter mm ≤±0.03 ≤±0.03
14 Motion Accuracy Of Upper and Lower Indenter mm ≤±0.05
15 Precision of Fixed Installation Engineering mm ≤±0.01
16 Weighing Sensor Range KN 0~50 0~100
17 Weighing Sensor Range Accuracy FS 0.05%
18 Control Precision Of Pressure Reactor FS 0.2%
19 Displacement Measurement Precision mm ±0.001
20 Pressure Reactor Efficiency min 30
21 inchTouch Screen inch 10
22 Air Tightness Test ml/min 20;
23 Pressure Precision Control Error Rating KN ≤±0.02
24 Travelling Speed Of Upper Indenter(Can Be SETTING Within The Range) Fast Downlink mm/s 0-30
Slow Downlink mm/s 0.05-1
Indenter Fast Return mm/s 0-30s
25 Travelling Speed Of Lower Indenter(Can Be SETTING Within The Range) Fast Uplink mm/s 0-30
Slow Uplink mm/s 0.05-1
Indenter Fast Downlink mm/s 0-30
26 Power of Main Servo Motor KW 3x2=6
27 Exterior Size of The Machine L-R mm 2600 2600
F-B mm 2400 2400
Height mm 3400 3400
28 Total Weight of The Machine Kg 3000 4000

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