生物力学试验机-髋骨关节脊柱磨损试验机--性能参数，报价/价格，图片

基本信息

产品名称：

生物力学试验机-髋骨关节脊柱磨损试验机

英文名称：

国产/进口：

进口

产地/品牌：

生物力学试验机-关节磨损试验机

型号：

生物力学试验机-关节磨损试验机

参考报价：

销售商：

美国SHORE-WESTERN生物力学

总点击数：

2273

更新日期：

2023-06-09

产品类别：

其它理化分析/SPR

性能参数

生物力学试验机-关节磨损试验机 Shore Western Knee Wear Simulator was designed to simulate the complex kinematics and kinetics of the human knee in a physiological environment. With its high degree of functionality an array of knee complexities can be studied allowing researchers and designers to extensively analyze their prosthetic-knee design optimizing components and materials tribological performance. Our knee wear simulators are highly customizable and can be configured to support either ISO 14243-1 /or/ 14243-3 in orientation of three or six channels.
Hip Wear Simulator Shore Western Hip Wear Simulator have been in use for over ten years; our design is refined to yield consistent results with a user friendly operation with regards to user interface and experiment set-up and pull down. Independent servo valves are used to control the loading on each channel to assure repeatable load profiles. The rotation is synchronized to the load to assure it is applied at the same location throughout each cycle. The rotation is generated by DC gear motor, with rotation speed set and monitored by computer which can be adjusted during operation. Our hip wear simulators can be configured to support either ISO 14242-1 /or/ 14242-3 in orientation of six or twelve channels.
Ankle-Foot Prosthesis Simulator Shore Western Ankle-Foot Prosthesis Simulator is a new line of simulator in our biomedical systems portfolio running in accordance with ISO/DIS 22675. The simulator implements a shore western load frame (301.XX or 302.XX series) that can be fatigue rated to meet ISO specification or to your request. The simulation takes advantage of our new SC6000 servo control cards running under windows environment using an adaptive load control algorithm. This allows for a powerful displacement/load control coupling. These simulators can be configured to run in tandem using only one controller either as a bench top arrangement for small footprint requirements or as a floor standing unit.
Shore Western Spine Simulator Please contact us at biomedical@shorewestern.com for your requirements. We pride ourselves on customizing both our load frames and knee simulators to meet the need of total spine disc replacement and any medical device testing for spine application.
Our biomedical equipment is used by some of the leading medical device companies and academic research facilities worldwide: Biomet Inc. (USA), Brighton Partners Inc (USA), Depuy Inc. (USA), Exactech Inc. (USA), Hospital for Special Surgery (USA), Istituti Ortopedici Rizzoli (Italy), Kyocera Corporation (Japan), Orthopaedic Hospital (USA), Smith & Nephew Inc. (USA), Southwest Research Institute (USA), Stryker Orthopaedics (USA), Trulife (USA), University of Kuopio (Finland), Wright Medical Technology Inc. (USA), Zimmer (USA) Shore Western proudly acknowledges Loma Linda University Medical Center (USA), as our key academic collaborator for our biomedical systems portfolio. We thank Ian Clarke PhD. and John Bowsher PhD. for their commitment to excellence in orthopaedic academic research.

公司简介

SHORE WESTERN 生物力学试验模拟技术公司

Shore Western 公司是一家总部位于美国加利福尼亚州Monrovia市的高科技企业，在提供高性价比的结构和材料试验系统领域有着世界范围的卓著声誉。在设计、制造高性能电液伺服系统方面有着超过35年的丰富经验。它为科研、产品开发、质量控制等领域的用户提供了广泛的产品及服务。其领域主要包括：生物结构/材料测试及模拟系统、伺服控制系统，动静态液压作动缸、油源、土木工程结构测试、材料试验系统、汽车零部件试验系统、飞机结构试验系统、电控分油器等。

作为系统供应商，Shorewestern的卓越成就还体现在其不断的创新、引领潮流的新技术、协助用户实现其独特的测试目标能力。如其推出的SC6000高性能电液伺服控制器可直接接入网络，实现远程监视及控制和远程诊断。SC6000的用户可直接从服务器上下载功能模块扩充能力。

A million cycles on a hip or knee simulator is considered a million steps an average person takes per year. Most test components are simulated up to 5 million cycles or equivalent to 5 years use in the body.

• Hip components when simulated typically have a ‘run-in’ phase followed by a ‘steady-state’ phase; ‘run-in’ usually occurs from 0-to-one million cycles (1Mc) at which it transitions in to ‘steady-state’ as illustrated in the wear graph.

• Hip components once implanted can undergo four (4) individual or combined modes of wear; those being:

ViVitro Labs cardiovascular device testing equipment is used by research and development teams as well as cardiovascular researchers around the world. Our cardiovascular testing services help improve products and meet regulatory requirements for independent third-party testing for submissions to regulatory bodies.

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