首頁 >> 産品展示 >> 工程機械重工裝備運輸車輛零部件組件動態疲勞試驗機系統 >> 5kN電子伺服動態疲勞試驗機Electronic Servo Dynamic Fatigue Tester
5kN電子伺服動態疲勞試驗機
Electronic Servo Dynamic Fatigue Tester
功能參數：
→接骨板彎曲強度和剛度的測定：接骨板彎曲疲勞試驗，接骨板三點彎曲強度試驗，接骨板四點彎曲強度試驗，接骨板剛度試驗，初始彎曲接骨板斜面疲勞試驗。
→金屬帶鎖髓內釘力學性能試驗：金屬帶鎖髓內釘靜態四點彎曲試驗，帶鎖髓內釘彎曲疲勞試驗，鎖定螺釘彎曲疲勞試驗。金屬脊柱螺釘靜態和疲勞彎曲強度測定試驗。
→脊柱內固定系統組件及連接裝置的靜態及疲勞性能評價：脊柱固定系統單軸靜態試驗，脊柱固定系統疲勞強度試驗，脊柱固定系統組件抗松動性試驗，脊柱固定系統連接裝置疲勞試驗，金屬脊柱板性能試驗，金屬脊柱棒性能試驗，hrjtest；金屬脊柱螺釘靜態力學試驗。
→帶柄股骨部件疲勞性能測定；帶柄股骨部件頭部和頸部疲勞性能測定；有扭矩作用的帶柄股骨部件疲勞性能試驗；組合式股骨頭抗靜載力測定；hrjtest；胫骨托疲勞性能的測定；金屬骨針材料和力學性能測定；
→最大動態試驗力±5kN，動態波動度≤±1%Fs，動態控制精度0.5％Fs。
→最大靜態試驗力±5kN，靜態示值精度≤±1%，靜態控制精度0.3％Fs。
→伺服作動器頻率0.01～15Hz，振幅±30mm，≤±0.5%Fs。
→載荷控制、位移控制、變形控制，正弦波、方波、三角波、斜波等。
→全數字閉環HRJ-Test中文版電子伺服動態疲勞試驗軟件/可定制英文版。
引用標准、文獻文件：
5kN金屬骨板部件疲勞試驗機；1kN～10kN醫療器械産品疲勞試驗機；2kN塑性材料疲勞試驗機；3kN複合材料疲勞試驗機；500N生物材料伺服疲勞試驗機；1000N電子伺服疲勞試驗機；30kN～100kN橡膠墊層疲勞試驗機；HRJ Tester；帶鎖髓內釘靜態扭轉試驗機；300kN外科植入物力學試驗機；假體假肢關節力學試驗機；預制顱骨板力學試驗機；矯形用U型釘力學試驗機；工業純钛力學試驗機；假肢結構檢驗試驗配置；骨部件關節假體磨損試驗機；HRJ醫學試驗機；帶柄股骨部件頭部固定抗扭轉力矩的測定；剪切和彎曲疲勞試驗方法；hrjtest；樹脂骨水泥彎曲疲勞性能試驗方法；組織工程醫療器械産品可吸收材料植入試驗；可植入材料及醫療器械靜態和動態腐蝕試驗的測試溶液和條件；髋關節假體陶瓷股骨頭抗沖擊性能測定方法；外科植入物的骨修複或再生評價試驗指南；400N肩膝關節肌腱韌帶醫學試驗機；220N生物材料力學性能試驗機；
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；
|
