Double Stations Metallographic Mounting Press Machine Water Cooling

Double Station Touch Controller Automatic Metallographic Mounting Press with Water Cooling

Model: ZXQ-3S

Technical Data Download: iqualitrol Mounting Press ZXQ-3S

Brief Introduction:

iqualitrol ZXQ-3S automatic metallographic facies sample inlaying machine is a process of inlaying and grinding before the sample is inserted. It is inlaid for small and difficult to handle or irregular metallographic facies samples.

iqualitrol ZXQ-3S also convenient to perform the grinding and polishing operation on the sample after the inlaying, and it is also convenient to observe the structure of the material under the metallographic microscope.

The machine can automatically warm and pressurize, and automatically stop and relieve pressure after pressing and forming, and then press the button to automatically press the sample to automatically come up, you can get the shipment.

Note: Only for thermosetting materials (such as electric jade powder, bakelite powder, etc.), the temperature has been adjusted and automatic.

Technical Parameters:

• Specimen pressing specifications: φ25mm, φ30mm, φ40mm, φ50
• Heater: 220V 850W
• Total power supply: 1000W
• Dimensions: 664X584X504mm
• Net weight: 93kg

Features:

1, Easy to use, automatic pressure loading, heating and cooling;

2, High efficiency. New design of heating and cooling units significantly reduces the cycle time. Usually, the cycle time for 30mm diameter specimen is about 10 minutes;

3, The two cylinders can work independently and have different mold size;

4, User-friendly operation interface. Color touch screen allows the users to set pressure, heating temperature, heating time and cooling time easily;

5, Real-time temperature curve display;

6, 10 memory modes which can set and save the parameters;

7, For one cylinder, two specimens can be produced simultaneously with the use of a spacer;

8, Three cooling modes: time, temperature, manual. It also has water-saving function;

9, The cover is made of high temperature resistant composites by integral molding;