Details:
5kN电子伺服动态疲劳试验机
Electronic Servo Dynamic Fatigue Tester
功能参数:
→接骨板弯曲强度和刚度的测定:接骨板弯曲疲劳试验,接骨板三点弯曲强度试验,接骨板四点弯曲强度试验,接骨板刚度试验,初始弯曲接骨板斜面疲劳试验。
→金属带锁髓内钉力学性能试验:金属带锁髓内钉静态四点弯曲试验,带锁髓内钉弯曲疲劳试验,锁定螺钉弯曲疲劳试验。金属脊柱螺钉静态和疲劳弯曲强度测定试验。
→脊柱内固定系统组件及连接装置的静态及疲劳性能评价:脊柱固定系统单轴静态试验,脊柱固定系统疲劳强度试验,脊柱固定系统组件抗松动性试验,脊柱固定系统连接装置疲劳试验,金属脊柱板性能试验,金属脊柱棒性能试验,hrjtest;金属脊柱螺钉静态力学试验。
→带柄股骨部件疲劳性能测定;带柄股骨部件头部和颈部疲劳性能测定;有扭矩作用的带柄股骨部件疲劳性能试验;组合式股骨头抗静载力测定;hrjtest;胫骨托疲劳性能的测定;金属骨针材料和力学性能测定;
→最大动态试验力±5kN,动态波动度 <= ±1%Fs,动态控制精度0.5％Fs。
→最大静态试验力±5kN,静态示值精度 <= ±1%,静态控制精度0.3％Fs。
→伺服作动器频率0.01～15Hz,振幅±30mm, <= ±0.5%Fs。
→载荷控制、位移控制、变形控制,正弦波、方波、三角波、斜波等。
→全数字闭环HRJ-Test中文版电子伺服动态疲劳试验软件/可定制英文版。
引用标准、文献文件:
5kN金属骨板部件疲劳试验机;1kN～10kN医疗器械产品疲劳试验机;2kN塑性材料疲劳试验机;3kN复合材料疲劳试验机;500N生物材料伺服疲劳试验机;1000N电子伺服疲劳试验机;30kN～100kN橡胶垫层疲劳试验机;HRJ Tester;带锁髓内钉静态扭转试验机;300kN外科植入物力学试验机;假体假肢关节力学试验机;预制颅骨板力学试验机;矫形用U型钉力学试验机;工业纯钛力学试验机;假肢结构检验试验配置;骨部件关节假体磨损试验机;HRJ医学试验机;带柄股骨部件头部固定抗扭转力矩的测定;剪切和弯曲疲劳试验方法;hrjtest;树脂骨水泥弯曲疲劳性能试验方法;组织工程医疗器械产品可吸收材料植入试验;可植入材料及医疗器械静态和动态腐蚀试验的测试溶液和条件;髋关节假体陶瓷股骨头抗冲击性能测定方法;外科植入物的骨修复或再生评价试验指南;400N肩膝关节肌腱韧带医学试验机;220N生物材料力学性能试验机;
ISO 9585;ISO 10328-1;ISO 6475;ISO 7206-4;ISO 7206-6;ISO 7206-8;ISO 7206-10;ISO 7206-13:2016;ISO 14879-1;HRJ Tester;ISO 10334;ISO 8827;ISO 16429;ISO 14243-3:2014;ISO 5837-2;ISO 16402;ISO 4965;ISO 376;ISO 11491-2017;ISO 5832-1;ISO 5832-2;ISO 5832-3;ISO 5832-4;ISO 5832-5;ISO 5832-6;ISO 5832-7;ISO 5832-8;ISO 5832-9;Hrjtest;ISO 5832-11;ISO 5832-12; ISO 13356;ISO 7348;ISO 7206-6;ISO 7206-8;ISO 7206-4;ISO 7207-1:2014;ISO 14879-1:2000;ISO 1099;ISO 5837-1;ISO 14602;ISO 14630;NF S94-063;BS EN 10002-1:ASTM F2193-07;ASTM F1582;ASTM F1798;ASTM F1839;ASTM E1942;ASTM E122;HRJ Tester;ASTM F1264-07;ASTM F138;ASTM E1823;ASTM F1611;ASTM A214M;ASTM A450M;ASTM E691;ASTM F86;ASTM F339;ASTM F383;ASTM F565;ASTM F622;ASTMF67;ASTMF136;ASTMF90;ASTM F452;ASTMF139;ASTMF75;hrjtest;ASTM F543;ASTM E467;ASTM E8M-04;ASTM F382;AMS 5050;SAE J524;YY/T0342;YY/T0119.5-2014;YY/T0591-2011;YY/T0809.4-2018;YY/T0809.6-2018;YY/T0809.8-2010;YY/T0809.10-2014;hrjtest;YY/T0809.13-2020;YY/T0810.1-2010;YY/T 0988.13-2016;YY/T1429-2016;YY/T1503-2016;hrjtest;YY/T0961-2014;YY/T0857-2011;YY/T1576-2017;YY/T0345.1-2011;YY/T0662-2008;YY/T1427-2016;YY/T1705-2020;YY/T1598-2018;hrjtest;YY 0117.1;YY 0117.2;YY 0117.3;YY 0334;YY 0605.12;hrjtest;YY 0605.5;YY 0605.6;YY 0605.7;YY 0605.8;YY/T0651.2-2008;YY/T0661-2017;YY/T0919-2014;YY/T0920-2014;YY/T0924.1-2014;YY/T0924.2-2014;YY/T0928-2014;YY/T0956-2014;YY/T0964-2014;YY/T0965-2014;YY/T0966-2014;YY/T0987.2-2016;YY/T0987.5-2016;YY/T0119.2-2014;YY/T0119.3-2014;HRJ Tester;YY/T0119.4-2014;YY/T0727.1;YY/T0727.2;YY/T0727.3;YY/T0651.1-2016;YY/T 0988.2-2016;YY/T0988.12-2016;YY/T0988.15-2016;YY/T1430-2016;YY/T1431-2016;YY/T1447-2016;YY/T1552-2017;YY/T1558.3-2017;YY/T 1615-2018;YY/T 1640-2018;YY/T1558.3-2017;YY/T0345.2-2014;YY/T0345.3-2014;YY/T0019.1-2011;YY/T0019.2-2011;YY 0341;YY 0017;YY 0605.9-2015;YY/T0119.1-2014;YY/T 0816-2010;YY/T 0917-2014;hrjtest;YY/T0988.11-2016;YY/T1426.1-2016;YY/T 1426.2-2016;YY/T1426.3-2017;HRJ Tester;YY/T1505-2016;YY/T1506-2016;GB/T10623;GB/T18375.2;GB/T18375.3;GB/T18375.4;GB 4234.4-2019;GB/T36983-2018;GB/T18375.1-2001;GB/T19701.2-2016;GB 4234.1-2017;GB/T13810-2017;GB 23102;GB/T3075;GB/T15248;
Implants for Surgery Cyclic Fatigue Tester;Metallic Bone Plates Fatigue Tester;Medical Device Products Fatigue Tester;hrjtest;Determination of bending strength and stiffness of bone plates;Test method for measure the static and fatigue bending strength of metallic screws;Determination of endurance properties and performance of stemmed femoral components;Endurance properties testing and performance requirements of neck region of stemmed femoral components;Endurance performance of stemmed femoral components with application of torsion;HRJ Tester;Determination of resistance to static load of modular femoral heads;Determination of resistance to torque of head fixation of stemmed femoral components;Metallic Spinal Screws Mechanics Testing Machine;Implants for Surgery Mechanics Tester;hrjtest;Metallic Spinal Plates Mechanics Tester;Metallic Spinal Rods Mechanics Tester;Prosthetics Mechanics Testing Machine;Partial and total hip joint prostheses Mechanics Tester;Total knee-joint prostheses Mechanics Tester;Implants for neurosurgery Mechanics Tester;Preformed cranioplasty plates Mechanics Tester;HRJ Tester;Staples with parallel legs for orthopaedic use Mechanics Tester;hrjtest;Acrylic resin cement Mechanics Tester;Unalloyed Titanium Mechanics Tester;Spinal Implants Mechanics Testing Machine;Implants for Orthosynthesis Mechanics Tester;Structural testing of lower-limb prostheses;Prosthetics Test configurations;Wear of total knee-joint prostheses tester;HRJ Tester;Metallic Lockable Intramedullary Nail Mechanics Tester;Metallic Bone Plates Mechanics Testing Machine;Determination of endurance properties of knee tibial trays;Flexural fatigue testing of acrylic resin cements used in orthopaedics;Test solutions and environmental condition for static and dynamic corrosion tests;hrjtest;implantable materials and medical devices;Determination of impact resistance of ceramic femoral heads for hip joint prostheses;Standard practice for verification of constant amplitude dynamic forces;an axial fatigue testing system;hrjtest;Standard Guide for Evaluating Data Acquisition Systems Used ;Cyclic Fatigue and Fracture Mechanics Testing;Standard Test Methods for Tension Testing of Metallic Materials;Artificial Joint Material Biomechanical Properties Tester;Tendon Ligament Shoulder Knee Joint Medical Testing Machine;HRJ Tester;Rubber Elastic Cushion Pads Fatigue Tester;Rubber Elastic Pads Fatigue Tester;
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