The quenching and quenching testing machine of ceramic teeth is a special equipment used to test the quenching and quenching performance of ceramic teeth. The equipment adopts advanced measurement and control technology to realize the rapid temperature change and accurate control of ceramic teeth in the rapid cold and hot environment, which can simulate the actual situation in the oral cavity and detect the thermal expansion coefficient, thermal shock resistance and other parameters of ceramic teeth. This product is suitable for ceramic tooth manufacturers, dental hospitals, medical device testing institutions and other fields.
1. Product Overview.
The ceramic tooth quenching and quenching testing machine is made of stainless steel, which has a beautiful appearance, compact structure and easy operation. The equipment is mainly composed of heating system, refrigeration system, measurement and control system and specimen rack, which can achieve rapid heating and rapid cooling, and accurately control the temperature, so that the sample can be tested in a simulated oral environment. The testing machine adopts an intelligent measurement and control system, which can control and display temperature, time and other parameters through a microprocessor, which is simple and convenient to operate.
Second, the main technical parameters.
Control system: PLC;
Operation interface: color 7-inch touch screen, Chinese and English switching;
Box temperature: 0-150 degrees, test temperature 100 degrees, accuracy 2 degrees;
Container with holes: made of stainless steel 304;
Container material: made of high and low temperature resistant materials;
Customer-provided refrigerator: 1 degree of ice water;
The equipment is equipped with 1 microscope;
Test time: touch screen display seconds, any setting time;
*Function: There is an alarm function at the end of the test;
3. How to use.
1.The ceramic tooth to be tested is installed on the specimen holder and the specimen holder is placed in the working area of the testing machine;
2.Set parameters such as temperature range, heating and cooling time according to test requirements;
3.When the start button is pressed, the machine starts heating and cooling and automatically records the data;
4.At the end of the test, the sample is taken out, its changes are observed, and the experimental data is recorded.
4. Precautions.
1.Before use, check whether the power supply is normal and make sure that the equipment is well grounded;
2.During use, avoid touching high or low temperature parts such as heating rods and refrigerators;
3.Care should be taken not to exceed the temperature range of the equipment when setting the temperature;
4.When conducting the test, it should be ensured that the specimen is installed firmly to avoid accidents;
5.When not in use for a long time, the device should be de-energized and kept dry.
5. Maintenance and maintenance.
1.Regularly check whether the power cord is damaged, and replace it in time if it is damaged;
2.Regularly clean the surface of the equipment for dust and dirt to keep it neat and tidy;
3.Regularly check whether the connection between the heating rod and the refrigerator is firm, and tighten it in time if it is loose;
4.Regularly check whether the parameters of the equipment are normal, and deal with them in time if there is any abnormality.
6. Packaging and transportation.
1.This product is packed in a wooden box and lined with shockproof materials to ensure that the equipment will not be damaged during transportation;
2.Severe vibration and collision should be avoided during transportation to avoid damage to the equipment;
3.Before use, check whether the packaging is intact, and contact the manufacturer or dealer in time if it is damaged.