G series 100~150mm
Availability: | |
---|---|
Quantity: | |
Advantages:
The equipment features a prestressed steel-wire wound structure for its high-pressure vessel, frame, and booster, achieving a working pressure of 200MPa. This design is currently recognized as the mechanical configuration with the highest safety factor and longest service life.
Its dry bag has an inner diameter of 150mm, suitable for pressing small products, rodlikeor tube-shaped products
The loading method is external loading of the equipment. After the mold is released from the high-pressure vessel, it automatically pushes outward horizontally. The operator can remove the pressed compacts in place without moving the mold, and then reload the powder, effectively reducing labor intensity.
The working fluid inside the high-pressure vessel remains in a sealed state throughout the entire working cycle, completely eliminating the possibility of powder mixing into the working medium inside the high-pressure vessel and improving the overall reliability of the equipment. As a result, the working medium will not be taken out of the equipment, with zero loss, ensuring a clean working environment.
The whole machine adopts servo hydraulic system, the working process is ultra-silent, so the labor environment is optimized.
Advantages:
The equipment features a prestressed steel-wire wound structure for its high-pressure vessel, frame, and booster, achieving a working pressure of 200MPa. This design is currently recognized as the mechanical configuration with the highest safety factor and longest service life.
Its dry bag has an inner diameter of 150mm, suitable for pressing small products, rodlikeor tube-shaped products
The loading method is external loading of the equipment. After the mold is released from the high-pressure vessel, it automatically pushes outward horizontally. The operator can remove the pressed compacts in place without moving the mold, and then reload the powder, effectively reducing labor intensity.
The working fluid inside the high-pressure vessel remains in a sealed state throughout the entire working cycle, completely eliminating the possibility of powder mixing into the working medium inside the high-pressure vessel and improving the overall reliability of the equipment. As a result, the working medium will not be taken out of the equipment, with zero loss, ensuring a clean working environment.
The whole machine adopts servo hydraulic system, the working process is ultra-silent, so the labor environment is optimized.
1. Adopt the touch screen of OMRON company, the system will make an immediate response after your figures touch the button on the screen.
2. Friendly human-computer interface, which is easy to set the pressurization and depressurization speeds.
3. It has powerful data recording and display functions, and dynamically displays pressure change curves in real time.
4. The membrane switch is attached to the surface of the control cabinet, and its graphical design makes it easy to be understood.
1. Adopt the touch screen of OMRON company, the system will make an immediate response after your figures touch the button on the screen.
2. Friendly human-computer interface, which is easy to set the pressurization and depressurization speeds.
3. It has powerful data recording and display functions, and dynamically displays pressure change curves in real time.
4. The membrane switch is attached to the surface of the control cabinet, and its graphical design makes it easy to be understood.
Model | KJYge100 | KJYge150 |
Useful diameter of High-pressure vessel(mm) | 100 | 150 |
Useful depth of High-pressure vessel(mm) | 500 | 700 |
Maximum working pressure (MPa) | 30~200 | |
Single working cycle time(min) | 4~7 | |
Installed power (Kw) | 25 | |
Loading method | Internal loading/external loading | |
Buck-boost rate | Can be set | |
Working medium | Special oil for isostatic press | |
HMI | Full color touch screen | |
Record data export interface | USB interface | |
Drive method | Hydraulic drive and auxiliary pneumatic drive | |
Cooling method | Oil chiller forced cooling | |
Height(mm) | 2640 | 3040 |
Floor Space(mm²) | 2900 × 2300 | |
Weight(t) | 7 | 7.7 |
Model | KJYge100 | KJYge150 |
Useful diameter of High-pressure vessel(mm) | 100 | 150 |
Useful depth of High-pressure vessel(mm) | 500 | 700 |
Maximum working pressure (MPa) | 30~200 | |
Single working cycle time(min) | 4~7 | |
Installed power (Kw) | 25 | |
Loading method | Internal loading/external loading | |
Buck-boost rate | Can be set | |
Working medium | Special oil for isostatic press | |
HMI | Full color touch screen | |
Record data export interface | USB interface | |
Drive method | Hydraulic drive and auxiliary pneumatic drive | |
Cooling method | Oil chiller forced cooling | |
Height(mm) | 2640 | 3040 |
Floor Space(mm²) | 2900 × 2300 | |
Weight(t) | 7 | 7.7 |
![]() | ![]() | ![]() |
![]() | ![]() | ![]() |
![]() | ![]() | ![]() |
![]() | ![]() | ![]() |
![]() | ![]() | ![]() |
![]() | ![]() | ![]() |