Audited Supplier
GC-YSCJ-2.75
Online Guidance
1 Year
1000mm
<900kg
Impact Testing Machine
<1000KN
0.5
Electronic Load
Dynamic Load
Digital
Manual Control
0-100Kg
AC220V
Under
GC
Wooden Box Packaging
Guangdong
Product Description
Toothbrush impact testing machine
Model: GC-YSCJ-2.75
1. Product introduction:
A toothbrush impact testing machine is a device that is used to test the durability and impact resistance of toothbrushes. This machine is designed to simulate the impact of brushing teeth on a toothbrush, to determine how well it can withstand the wear and tear of daily use.
The results of the test can be used to determine the durability and impact resistance of different toothbrush models, and to identify areas of weakness in toothbrush design that may need to be improved. This information can help manufacturers to develop toothbrushes that are more durable and longer-lasting, and that provide better overall performance for consumers.
2. Reference standard:
a. ISO180-2000 "Plastics - Determination of Izod Impact Strength of Hard Materials"
b. GB/T1843-2008 "Rigid Plastic Izod Impact Test Method"
c. JB/T8761-1998 "Plastic Izod Impact Testing Machine"
d. ASTM D256-2010 "Test method for determining the impact strength of plastic IZOD pendulum"
e. ISO 20126-2012 "Dentistry. Manual toothbrush. General requirements and test methods"
a. ISO180-2000 "Plastics - Determination of Izod Impact Strength of Hard Materials"
b. GB/T1843-2008 "Rigid Plastic Izod Impact Test Method"
c. JB/T8761-1998 "Plastic Izod Impact Testing Machine"
d. ASTM D256-2010 "Test method for determining the impact strength of plastic IZOD pendulum"
e. ISO 20126-2012 "Dentistry. Manual toothbrush. General requirements and test methods"
3. Product features:
a. High-precision intelligent controller, equipped with LCD display, can read data intuitively and accurately
b. Use carbon fiber pendulum to improve the rigidity of the material in the impact direction, and concentrate the impact mass on the center of mass of the pendulum to the maximum, so as to truly achieve no vibration impact test and increase the service life.
c. Imported high-resolution digital encoders are adopted, and the angle test accuracy is higher and more stable
d. The aerodynamic impact hammer and imported ball bearings greatly reduce the friction loss caused by machinery
e. Automatically calculate the final result, the test data can save 24 sets of data and calculate the average
f. IZOD impact testing machine can choose Chinese and English operation interface, and the test result can choose J/m, KJ/m², kg-cm/cm, ft-ib/in and other units
g. Built-in micro-printer. 24 test data values can be printed one by one, and the average value can also be printed.
4. Technical specifications:
a. High-precision intelligent controller, equipped with LCD display, can read data intuitively and accurately
b. Use carbon fiber pendulum to improve the rigidity of the material in the impact direction, and concentrate the impact mass on the center of mass of the pendulum to the maximum, so as to truly achieve no vibration impact test and increase the service life.
c. Imported high-resolution digital encoders are adopted, and the angle test accuracy is higher and more stable
d. The aerodynamic impact hammer and imported ball bearings greatly reduce the friction loss caused by machinery
e. Automatically calculate the final result, the test data can save 24 sets of data and calculate the average
f. IZOD impact testing machine can choose Chinese and English operation interface, and the test result can choose J/m, KJ/m², kg-cm/cm, ft-ib/in and other units
g. Built-in micro-printer. 24 test data values can be printed one by one, and the average value can also be printed.
4. Technical specifications:
| Display mode | color touch screen (Chinese and English) |
| Angle sensor brand and accuracy | imported Omron encoder, accuracy to 0.01° |
| Energy display accuracy | 0.01J |
| Impact speed | 3.5m/s |
| Pendulum energy | 2.75J |
| Pendulum lift angle | 150° |
| Distance from pendulum center to impact blade | 335mm |
| Distance from the impact blade to the upper plane of the jaw | 55mm |
| Edge fillet radius | R=0.8±0.2mm |
| Impact blade angle | 75° |
| Machine weight | about 85kg |
| Power supply voltage | AC220V±10% 50HZ |
5. Usage
A toothbrush impact testing machine is a device that is used to test the durability and impact resistance of toothbrushes. This machine is designed to simulate the impact of brushing teeth on a toothbrush, to determine how well it can withstand the wear and tear of daily use.
The toothbrush impact testing machine typically consists of a test platform, a test arm, and a brush head holder. The toothbrush is mounted on the brush head holder, and the test arm is used to strike the brush head with a controlled force.
During the test, the toothbrush is subjected to a series of impacts, which simulate the force of brushing teeth. The machine measures the force of each impact and records the number of impacts that the toothbrush can withstand before it fails.
The results of the test can be used to determine the durability and impact resistance of different toothbrush models, and to identify areas of weakness in toothbrush design that may need to be improved. This information can help manufacturers to develop toothbrushes that are more durable and longer-lasting, and that provide better overall performance for consumers.
