Mach-1,多种力测试分析系统

Mach-1,多种力测试分析系统

Mach-1,多种力测试分析系统

Mach-1,多种力测试分析系统

业界唯一一款集成张力、无限压缩、有限压缩、剪切、摩擦、3D 压痕映射（可不规则表面）、2D轮廓、3D轮廓映射（可不规则表 面）、3D厚度映射、扭转、三点弯曲、四点弯曲、悬臂折弯、穿刺 力、撕裂、断裂、粘性(粘合剂）、爆破力、剥离力、冲击力、注射 压力和吸力、肿胀和收缩、搭接剪切力等各种力学类型、机-电测试 (压缩同时测量电位)及多种力偶联的多功能生物组织材料微观力学 和电位特性测试分析装置。 可测试硬骨骼到超软凝胶、脑组织、泡沫，大到整只动小到超细 纤维丝的跨度大样品，0.1μm位移高分辨率、0.25μN力高分辨率， 行程达250mm，力达250N，动静态多模态测试分析、实时视频记录 反馈测试，极限满足各种材料多种力学性能的测量表征及评估。 

单轴 力范围 (N) 250 100 10 1.5 0.5  力分辨率 (mN) 12.5 5 0.5 0.075 0.025  线性 +/- 0.15% Full Scale 多轴向 Vertical Axis (N) 17 35 70 250 Horizontal Axis (N) 12 25 50 250 Torsion Axis (N.mm) 120 250 500 3000  Vertical Axis (mN) 0.85 1.75 3.5 12.5  Horizontal Axis (mN) 0.6 1.25 2.5 12.5  Torsion Axis (N.mm) 0.006 0.0125 0.025 0.15  Linearity ≤ 2% Full Scale (Each Channel) 

技术规格 系统 数据采集速率 可达2500 Hz 外形尺寸 （高x宽x深） 490 x 230 x 250 mm (最小) – 850 x 560 x 350 mm (最大)  电源 ~ 100-240 V, 6.3 A, 50/60 Hz  载台 压缩/张力/剪切 扭转 行程 50, 100, 150, 200 , 250 mm 360° 连续转动 分辨率 0.5 μm (0.1 μm可选配) 0.0005°  最大速度 50 mm/s (75 mm/s 可选配) 80°/s  最大加速度 500 mm/s2 320°/s2  多功能多轴向组织材料 微观力学与机-电特性测试系统 电位测试 简述 图 该腔室设计用于在机电活性材料（例如结缔组织， 带电水凝胶等）压缩期间同步测量电位分布。 具有 5个不同的Ag-AgCl电极通道和较大的参比电极,可填 充PBS溶液。 j机-电测试腔室 单轴 力范围 (N) 250 100 10 1.5 0.5  力分辨率 (mN) 12.5 5 0.5 0.075 0.025  线性 +/- 0.15% Full Scale 多轴向 Vertical Axis (N) 17 35 70 250 Horizontal Axis (N) 12 25 50 250 Torsion Axis (N.mm) 120 250 500 3000  Vertical Axis (mN) 0.85 1.75 3.5 12.5  Horizontal Axis (mN) 0.6 1.25 2.5 12.5  Torsion Axis (N.mm) 0.006 0.0125 0.025 0.15  Linearity ≤ 2% Full Scale (Each Channel) 17N传感器 35N传感器 70N传感器 250N传感器 250N传感器 100N传感器 10N传感器 1.5N传感器 0.5N传感器 第

roduction: Because of their exceptional biological properties, reconstituted collagen gels are widely used as scaffolds even though their low elastic modulus (~ 500 Pa) limits their applications[1],[2]. The mechanical properties of collagen...

Read Morehttp://www.frontiersin.org/10.3389/conf.FBIOE.2016.01.00535/event_abstractsname=10th_World_Bi multiple types of smart, environmentally-responsive materials have been explored for a variety of biomedical applications (e.g. drug delivery, tissue engineering, bioimaging, etc.), their ultimate clinical use has been hampered by their lack of...
Read Morehttp://www.frontiersin.org/10.3389/conf.FBIOE.2016.01.00250/event_abstractsname=10th_World_Biction: In vascular tissue engineering, the understanding of cells behavior inside matrices and under pseudo-physiological treatment is of upmost importance in order to develop arteries and generated intervertebral disc (IVD) with a bioengineered IVD has been investigated as a potential alternative approach. The IVD is composed...
Read tilage streaming potentials through electrodes contacting the skin surrounding an articular joint. Streaming potentials are produced during cartilage...
pose: Clinical outcome of osteochondral allograft transplantation (OAT) depends on allograft quality. There is a lack of rapid and reliable non-destructive methods for intraoperative evaluation of repaired cartilage. Measurement of cartilage...
Rebeproben, insbesondere Weichgewebe wie Knorpel zu untersuchen. Mit dem Miuronic (G) acid residues. The average pore size associated with crosslinked high MW 1-2 (w/v%) alginate structures has been reported...

Read Morehttp://scholarsarchive.byu.edu/cgi/viewcontent.cgiarticle=1061&context=bmes

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