CelaTest2K ，CeraTest 2k陶瓷材料断裂和动态摇动测试分析系统
型号:CeraTest 2k，CelaTest2K
联系人:李胜亮
联系电话:18618101725
品牌:德国
CelaTest2K 陶瓷材料断裂和动态摇动测试分析系统
陶瓷材料测试应用的多用途解决方案
新开发的CelATEST 2K测试系统使得部分地自动测试陶瓷材料成为可能。它是一种快速、可重复和用户自主的解决方案。
该系统te别适用于氧化锆和陶瓷材料的测试。一个te殊的测试过程允许用户以惊人的速度进行串行测试。根据ISO 14801的种植体测试也是可能的。
在单个设备中已经组合了两个关键功能：
- ★ 静态断裂载荷的测定
- ★动态运行模式下的摆动试验性能
静态测试中的大可达载荷为2kN。一个正弦力分布-具有大和小限度，可由用户定义-可用于动态测试。负载频率在1Hz～15Hz之间。
自动化测试过程使快速执行各种类型的负载测试成为可能。例如，应用软件已经包括用于长时间和阶梯测试的功能。
该设备已经配备了两个样品固定装置，用于根据ISO 6872进行3点和4点弯曲试验。
弯曲杆的尺寸为3x4mm，长度为50mm。
用于双轴弯曲试验的插入件以及、桥等的夹持件可供选择。
试验可在干燥环境中进行或浸入水中。在此过程中记录all相关数据，
例如取决于循环次数(阶梯)的力级数，以及张力/膨胀或力/路径图。集成报表功能使其易于归档结果。
CeraTest 2k
The highly versatile solution for ceramic materials testing applications
The newly developed testing system CeraTest 2k makes it possible to test ceramic materials partially automatically. It’s a fast, reproducible and user-autonomous solution.
The system is particularly expedient for the testing of zirconium oxide and all ceramic materials. A special testing process allows users to conduct serial testing at breathtaking speeds. Implant testing according ISO 14801 is also possible.
Two key functions have been combined in a single device:
- Determination of the static breaking load
- Performance of permanent swing tests in the dynamic operating mode
The maximum attainable load during static testing is 2kN. A sinusoidal force profile -with maximum and minimum limits that can be user defined- is available for dynamic testing. The load frequency ranges from 1Hz to 15Hz.
Automated testing processes make it possible to quickly perform various categories of load tests. For instance, the application software already includes functions for long-time and staircase tests.
The device already comes with two sample fixtures for the 3- and 4-point bending test according to ISO 6872. The dimensions of the bending sticks are 3x4mm and they are 50mm long. An insert for the bi-axial bending test as well as holders for crowns, bridges, etc. are available as options.
Tests may be performed in dry environments or immersed into water. All relevant data is recorded during this process, such as the force progression depending on the number of cycles (staircase), as well as the tensioning/expansion or the force/path diagram. The integrated report function makes it easy to archive the results.
The German Federal Ministry for Econnomic Affairs and Energy sponsored the development of the testing device under funding ID ZF4205801AG6.
