ElectroPuls

与众不同的测试方案

Machines de fatigue ElectroPuls

超过十年的研发以及数十亿周次的疲劳试验,ElectroPuls测试系统已成为业内广泛认可的,且具有专利线性电机驱动的测试设备。该系统满足从低速静态试验到成百赫兹高频闭环动态试验的需求,该通用的测试能力意味着ElectroPuls测试系统对于任何实验室或办公场所都是理想之选。可实现从单轴向试验到拉扭双轴测试功能,载荷扭矩范围最大至10kN/100Nm。 提供三种不同型号,便于满足您的不同需求。ElectroPuls,以简单、智能、安全之道满足您的测试需求。

更便捷

重新定义试验空间

更智能

重新定义测试体验

更安全

性能与安全兼备

Available Models

<1 N - 10 kN Force Capacities |  Up to 100 Nm Torque Capacity

E1000 Tabletop Instrument performing fatigue of a plastic specimen

ElectroPuls 1000

±1 kN Force Capacity


All-electric table top test instrument designed for dynamic and static testing on a wide range of materials and components.

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ElectroPuls E3000 Biax

ElectroPuls E3000

±3 kN Capacity ±25 Nm Torque Capacity


All-electric table top test instrument designed for dynamic and static testing on a wide range of materials and components.

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E10000 Linear-Torsion with fatigue-rated pneumatic wedge grips

ElectroPuls E10000

±10 kN Capacity ±100 Nm Torque Capacity


All-electric floor test instrument designed for dynamic and static testing on a wide range of materials and components.

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ElectroPuls Simulation

Are you interested in doing more than just running a sine wave or finding out the number of cycles to failure? If you are wanting to replicate real life loading conditions for your products, accelerate your product development and get more meaningful results – then read on to find out more about how an ElectroPuls is the perfect platform to help take you one step closer to simulating real life.

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ElectroPuls 应用

ElectroPuls 应用

ElectroPuls 系统为生物医学、塑料、消费类电子产品和科研机构等多个不同行业提供了用途广泛的试验解决方案。ElectroPuls 的应用范围众多,为了便于您了解,我们将应用分为以下类别:验证、仿真、材料和通用。

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英斯特朗ElectroPuls测试系统10周年庆暨欧洲用户交流会

英斯特朗ElectroPuls测试系统10周年庆暨欧洲用户交流会

今年4月,正是英斯特朗ElectroPuls电子式疲劳测试系统推出10周年之际。借此,英斯特朗在全球位于英国High Wycombe的动态疲劳测试系统研发中心举办了一场别开生面的行业用户技术交流会。此次为期2天的会议吸引了来自全欧洲各地顶尖学术科研及企业单位从事于材料测试开发研究并拥有ElectroPuls系统的近百位忠实用户们的积极参与。

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ElectroPuls System with WaveMatrix2 and AVE2

Case Studies

Synoste

With growing test requirements in terms of both quantity and complexity, it soon became clear to Synoste that to be successful the only solution was to own their test resources by bringing their testing in-house with their own equipment.

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Ghent University

The lab's need was for evaluation testing of key biomedical components for industrial customers, in ways that were as close to real-life usage as possible. Critical to this was making sure that they could meet the industry's needs for dynamic testing in a variety of fields.

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UCL

It has been shown that changes in tissue microstructure are key in cancerous growth, namely an increased tissue stiffness. Investigating its mechanical properties is key to creating a biomechanical model of tumor growth.

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BaoWu Group

Using an ElectroPuls E10000, from low-speed static testing of food-grade lightweight materials to dynamic long-term mechanical property testing of materials such as ultra-thin steels under variable frequency and amplitude.

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