测试系统
- 自动化测试系统
- AT2 自动 XY 平台
- AT3 3 轴自动化试验系统（非机械臂式）
- AT6 6 轴机器人自动测试系统
- 自动注射器测试系统
- CT6 协作机器人测试系统
- ElectroPuls 自动化 XY 平台
- 适用于同时机械测试的多工位测试机架
- 碰撞模拟系统
- 动态疲劳试验系统
- 8800平面双轴试验系统
- 8850 系列拉扭复合疲劳试验系统
- 8862 低周疲劳试验系统
- ElectroPuls® 16工位测试系统
- 全电子动静态疲劳试验系统
- 高温疲劳测试系统
- 电液伺服疲劳试验系统
- 基于刚度的调谐
- VHS 高应变速率试验系统
- HDT 和维卡系统
- 冲击、流变和热机械测试系统
- 冲击测试系统
- 实验室健康检查
- 已停产系统
- 试样测量与制备
- 测试系统附件 – 已停产
- 停产的动态和疲劳测试系统
- 已停产的电子万能材料试验系统
- HDT 和维卡测试仪：生命周期状态与升级方案
- 停产的落锤和摆锤冲击试验机
- 已停产软件
- 流变仪和熔体流动测试仪
- 已停产的静态液压试验系统
- 流变仪与熔体流动测试系统
- 结构耐久性测试系统
- 结构耐久性与碰撞模拟测试机
- 系统改造和升级
- 扭转插件 3.0
- 扭转测试系统
- 万能材料试验系统
测试软件
- Bluehill Impact 摆锤冲击试验软件
- Bluehill Central 实验室管理软件
- Bluehill Elements
- Bluehill Fracture 软件
- Bluehill HV 软件
- Bluehill Impact 软件
- Bluehill Universal 材料测试软件
- CrashSim 软件
- DIC Replay
- LCF3 软件
- Console Software For Use With Instron 8800 Systems, ElectroPuls and ExtendUpgrades
- 用于英斯特朗 8800 系统及 Extend 升级的 LCF 3 低周疲劳测试软件
- CrashSim Office 软件
- RS LabSite® Modulogic
- WaveMatrix™3 动态和疲劳测试软件
测试附件
- AlignPRO 对中系统
- 特定应用工装
- AutoX750 自动接触式引伸计
- AVE2 高级视频引伸计
- AVE3 高级视频拉伸仪
- 平均夹式拉伸计
- Axial Clip-on
- 电池测试解决方案
- 双轴夹持式引伸计
- Biaxial Extensometer 25 mm Axial Gauge Length 1 Axial 1 Transverse
- 双轴引伸计，50 mm 轴向标距
- 双轴引伸计，1 英寸标距
- Biaxial Extensometer 2 Inch Axial Gauge Length 1 Axial 1 Transverse
- 双轴引伸计，轴向标距 25 mm，2 个轴向，1 个横向
- Biaxial Extensometer 50 mm Gauge Length
- 生物医疗试验系统及配件
- 复合材料测试工装
- Compression Deflectometers (LVDT)
- 压缩压盘
- 联轴器和适配器
- COD 规
- 碰撞模拟附件
- 两件式滑台
- Camera Outriggers
- Low Speed Rear Impact Simulation
- Pitching
- Quick Clamping System for Test-Setup-Pallets
- Side and Pole Impact Simulation
- 定制化附件
- 动态
- 环境试验箱和高温炉
- 引伸计
- 紧固件工装
- 挠曲工装
- 三点和四点疲劳弯曲工装
- Flexure Fixture, Fatigue 3 Point
- Flexure Fixture, Fatigue 3 Point
- Flexure Fixture, Fatigue 3 Point
- 20 kN 三点和四点弯曲夹具 – 2810‑500/505
- 3-Point and 4-Point Bend Fixture
- 三点弯曲试验夹具
- 食品测试固定装置
- Puncture Probe Set
- Puncture Probe Set, Magness-Taylor
- 3-Jaw Chuck
- Food Fixture Support Frame
- Food Fixture Drip Tray
- Sample Support Plate Set
- Compression Anvil, 2580 mm (4 in) Square Area
- Flat Shear Blade
- Ball-End Probes, Set of 5
- High-Temperature Extensometers
- 载荷传感器
- 机架附件
- 碎屑防护罩
- Hydraulic Grip Pump
- 8800 系列电液伺服疲劳试验系统
- 8800 系列
- Strain Conditioner for 8800MT Series (Control and Data Aquisition)
- Strain Conditioner for 8800MT Series (Data aquisition only)
- 气垫隔振器
- Air Cushion Isolators (for frames 3 & 4); Not Suitable for 8801 or 8516; Suitable for Testing Frequencies Above 15Hz
- Isolation Mounts for 8801 or 8516 (1 set); For Testing Frequencies Above 15Hz.
- 液压夹具控制器
- 气动夹具用气动控制装置
- 机电框架附件
- Electropuls 全电子动静态疲劳试验系统
- Safety Guard for ElectroPuls E1000 Test Instrument
- Safety Guard for ElectroPuls E10000 Test Instrument
- Safety Guard for ElectroPuls E3000 Test Instrument
- Safety Guard for ElectroPuls E20000 Test Instrument
- 适用于 ElectroPuls 测试系统的高刚性支撑台
- 液压抓泵
- 机架支撑座 / 底座
- 静态液压万能材料试验系统附件
- 长行程拉伸计
- 剥离、摩擦和穿刺试验工装
- 试样制备装置
- 静态轴向夹持式引伸计
- 拉伸夹具
- 先进液压楔形夹具
- Compact Tension Fixtures for Fracture Mechanics
- Compact Tension Fixtures for 50mm Wide Compact Tension Specimens
- Compact Tension Fixtures for 12.5mm Thick Compact Tension Specimens
- Compact Tension Fixtures for 25 mm Thick Compact Tension Specimens
- Additional Extension Rod 2780-120
- 绳索绞盘拉伸夹具
- 弹性织物
- 疲劳额定手动楔形拉伸夹具
- 2742-102 – ±1 kN 机械疲劳夹具
- 2742-206 ±3 kN, ±25 Nm 机械疲劳额定楔形夹具
- 2742-316 – ±10 kN ±100 Nm 轴向-扭转机械楔形夹具
- 2743-402 疲劳级机械楔形夹具 (±100 kN)
- 纤维丝拉伸夹具
- 液压平推拉伸夹具
- 液压楔形夹具
- Hydraulic Wedge Action Grips 300kN (67,500 lbf)
- Hydraulic Wedge Action Grips 2000kN (450,000 lbf)
- Hydraulic Wedge Action Grips 1500kN (337,500 lbf)
- Hydraulic Wedge Action Grips 1000 kN (225,000 lbf)
- Hydraulic Wedge Action Grips 600kN (135,000 lbf)
- 机械楔形夹具
- 杠杆驱动式手动楔形夹具
- Lever Action, Mechanical Wedge Grips; Capacity: 150 kN
- Lever Action, Mechanical Wedge Grips; Capacity: 100 kN
- 150 kN Lever Action Mechanical Wedge Grips
- 微电子部件拉伸夹具
- Pneumatic Lead Pull Grip. Rated capacity: 500 N
- Micro Pneumatic Grips, Side Action. Rated capacity: 10 N
- 气动绳线夹具
- 气动/液压动力系统
- 气动侧动夹具
- 气动楔形夹具
- 气动楔形夹具
- 螺钉侧行动拉伸夹具
- 自锁式偏心轮拉伸夹具
- 自锁式偏心轮拉伸夹具
- 螺纹端和钮扣端夹具主体及嵌件
- 扭转和轴向扭转夹具
- 轴向扭转楔形夹具
- 卡盘夹具
- 筒夹式扭转夹具
- Large Collet Grip Assembly, Range 6.3 – 14.25 mm (0.25 in – 0.5625 in)
- Small Collet Grip Assembly, Range 0.8 – 6.3 mm (0.03125 – 0.25 in)
- 套筒驱动装置
- 织带绞盘式拉伸夹具
- 绳线拉伸夹具
- 测试平台
- 横向夹持引伸计
- Transverse Averaging Extensometer for “r” Value on Sheet Metal
- Transverse Extensometer, range +/- 0.1 in
- Transverse Extensometer, range +/- 2.5 mm
- 材料测试附件手册
- 木材测试工装
Services
ASTM
- 依据 ASTM A370、ISO 6892-1、API5L 及 ISO 3183 标准的管材拉伸试验
- ASTM A370：钢产品机械性能测试
- ASTM A370、A416、ISO 15630 预应力混凝土用钢绞线拉伸试验
- 用于 ASTM E8、A370、A48 和 GOST 1497-1 拉伸试验的夹持解决方案
- ASTM A615 – 混凝土加固用变形和普通碳钢钢筋标准规范
- ASTM A746 球墨铸铁重力排污管道规范
- ASTM A938 / ISO 7800 线材扭转测试
- ASTM C109 2
- ASTM C1550 Flexural Toughness of Fiber Reinforced Concrete
- Flex Testing of Fiber Reinforced Concrete to ASTM C1609-10
- ASTM C170 尺寸石抗压强度
- ASTM C297 – 复合夹层结构抗拉强度
- ASTM C365
- ASTM C39
- ASTM C633 Adhesion or Cohesion Strength of Thermal Spray Coatings
- ASTM C78 混凝土梁抗弯强度
- ASTM C880 尺寸石的抗弯强度
- ASTM C99 Modulus of Rupture of Dimension Stone
- ASTM D1004 塑料薄膜或薄片的抗撕裂性（格雷夫斯撕裂强度）
- ASTM D1708 使用微型拉伸试样测定塑料的拉伸性能
- ASTM D1002 胶接材料搭接剪切测试权威指南
- ASTM D1037
- ASTM D1238
- ASTM D1238 – Testing High Fluidity Samples with a Piston Holding Device
- 毛绒地毯簇绒ASTM D1335测试方法粘合
- ASTM D1414
- ASTM D1525
- ASTM D1621 刚性多孔塑料的压缩性能
- ASTM D1876
- ASTM D1894 塑料薄膜摩擦系数
- ASTM D2256 单纱法测量纱线的拉伸性能
- 织物撕裂强度ASTM D2261测定
- ASTM D2344 短梁强度测试指南
- ASTM D2444 塑料管道和配件的冲击阻力测试
- ASTM D256：回收碳纤维制成的碳/ PPS 复合材料的悬臂梁冲击试验
- ASTM D256 Impact Strength of 3D Printing Peek
- ASTM D3039 聚合物基复合材料的拉伸性能
- 使用硬质塑料的拉伸载荷的ASTM D3163粘接
- ASTM D3330
- ASTM D3364 分子结构意义上聚乙烯（氯乙烯）的流动速率
- ASTM D3410
- ASTM D3574
- ASTM D3763 塑料的高速穿刺性能
- ASTM D3822 纺织纤维拉伸性能
- ASTM D3835：纯聚醚醚酮（PEEK）和碳纤维增强聚醚醚酮的挤出
- ASTM D3846 增强塑料的平面剪切强度
- ASTM D4018
- ASTM D412 弹性体拉伸测试权威指南
- ASTM D413 橡胶性能——与柔性基材的粘合强度
- ASTM D429 橡胶性能 – 与刚性基材的粘附性
- ASTM D4632：土工布抓样法断裂强力及伸长率的标准测试方法
- ASTM D5034 纺织品织物的断裂强度和伸长率夹持法试验
- ASTM D5035
- ASTM D5587 梯形程序法织物撕裂强度
- ASTM D575-91
- ASTM D5766
- ASTM D5961
- ASTM D6110 夏比冲击性能测定
- ASTM D6272 塑料和电气绝缘材料的抗弯性能
- ASTM D638 塑料拉伸性能
- ASTM D6484
- ASTM D6641
- ASTM D695 硬质塑料压缩测试
- ASTM D7136/D7136M-05 测量复合材料抗冲击损伤性能
- ASTM D7137
- 塑料薄膜高速穿刺性能 ASTM D7192
- ASTM D7269 芳纶绳索测试：合适的夹具
- ASTM D7860
- ASTM D882
- ASTM D885 由有机基纤维制成的工业长丝纱线
- ASTM D903 粘合剂粘结剥离强度权威指南
- Wood Shear Testing
- 耐火钢材：与 ASTM E119 相关的高温测试
- ASTM E1820
- ASTM E190
- 铁素体钢无延性温度的 ASTM E208 落锤试验
- ASTM E21
- ASTM E23 小尺寸样品的夏比冲击试验
- ASTM E290
- ASTM E345
- ASTM E399
- ASTM F1306 柔性阻隔薄膜和层合膜抗低速穿透试验
- ASTM F1614 应用能量控制的运动鞋的冲击和疲劳测试
- 符合ASTM F1717-18、ASTM F2706-18和ISO 12189-8的脊柱植入物循环疲劳试验指南
- ASTM F2077脊柱椎间体融合器疲劳性能表征
- ASTM F2193
- ASTM F2256 通过 T 型剥离测试评估组织粘合剂的强度特性
- ASTM F2267
- ASTM F2346 脊椎椎间盘假体的表征和疲劳测试
- ASTM F2412 – Impact Resistance – Safety Shoes
- ASTM F2458
- ASTM F2516 镍钛诺材料拉伸测试
- ASTM F2606 球囊扩张血管支架及支架系统的三点弯曲
- ASTM F382 金属骨板弯曲疲劳测试
- ASTM F384 金属角度型骨科骨折固定装置
- ASTM F543 金属医用骨螺钉测试方法
- ASTM F606 紧固件、垫圈和铆钉测试
- ASTM F88 柔性阻隔材料密封强度测试
- Bone Screw Testing
- ASTM F3014
- ASTM F2150
- ASTM D624 橡胶和弹性体的撕裂强度测试
- 塑料的 ASTM D790 弯曲测试
- ASTM E8 金属材料的拉伸测试
ISO
- 依据 ASTM A370、ISO 6892-1、API5L 及 ISO 3183 标准的管材拉伸试验
- ASTM A938 / ISO 7800 线材扭转测试
- ISO 10113:2006
- 拉伸应变硬化指数（n）
- ISO 10310 土工合成材料非接触式引伸计测试
- 导管的拉伸试验
- 符合 ISO 11040 标准的注射器试验
- ISO 11040 预灌封注射器测试指南
- ISO 11193
- ISO 1133 Melt Mass-Flow Rate and Melt Volume-Flow Rate Thermoplastics
- ISO 1133-2 and ASTM D1238: when Load Cell ensures Repeatability of Results.
- ISO 11339
- ISO 11343 冲击下粘合强度测定（楔形剥离测试）
- ISO 11443、ASTM D3835用毛细管流变仪测定聚合物材料的性能：一个有关聚丙烯的案例研究
- ISO 11443 and ASTM D3835 tests to study Polymer Degradation
- ISO 11443–热固化弹性体/硅树脂在室温下的流变性能
- ISO 11443 使用毛细管与狭缝模流变仪测量塑料流动性
- ISO 11443 Research, Design and Quality Assurance for Injection Moulding
- ISO 11443 – Rheology of low viscosity fluid for spray application
- ISO 11443：挤出物胀大
- ISO 11608 基于针头的注射系统力学测试
- ISO 11897 热塑性软质薄膜制袋边缘折叠处撕裂扩展
- ISO 12111 & ASTM E2368
- ISO 13001 and ASTM D3479 Improving Throughput in Composites Fatigue Tests
- ISO 13934-1 面料的拉伸性能
- ISO 13937-2 织物的撕裂性能
- ISO 13937-3 织物撕裂性能
- ISO 13937-4 舌形试样织物的撕裂性能
- ISO 14125 纤维增强塑料复合材料的弯曲性能
- ISO 14126 纤维增强塑料复合材料面内压缩性能
- ISO 14129 平面内剪切应力 / 剪切应变响应
- ISO 14130 用短梁法测定表观层间剪切强度
- ISO 1421:1998 拉伸强度和断裂伸长率的测定
- 玄武岩纤维增强塑料(BFRP)筋的抗拉强度
- ISO 14801
- 符合ASTM F1800和ISO 14879的胫骨托部件循环疲劳试验指南
- ISO 15630-1
- ISO 16402 骨科用丙烯酸树脂水泥的弯曲试验
- ISO 17744 Determination of specific volume as a function of temperature and pressure (pvT diagram)
- ISO 179-2 夏比冲击性能测定 – 测试仪器化
- ISO 1798 弹性多孔聚合材料的拉伸强度测定方法
- ISO 180 悬梁臂冲击强度的测定
- ISO 18489
- ISO 1926 硬质多孔塑料拉伸性能
- ISO 2062:1995 卷装纱的单根纱线断裂强力和断裂伸长率
- 基托聚合物弯曲试验 ISO 20795-1和20795-2
- ISO 2411 橡胶和塑料涂层织物的涂层附着力
- ISO 306 Determination of Vicat Softening Temperature (VST)
- ISO 3133, ISO 3349, & ASTM D143
- ISO 3183 紧固件双面剪切试验
- ISO34-1 – 撕裂强度 – 硫化或热塑性橡胶
- ISO 36
- ISO 37
- 粘合剂.刚性连接的粘合组件拉伸搭接剪切强度的测定(ISO 4587)
- ISO 527-2
- ISO 527-3
- ISO 527-4
- ISO 604：塑料压缩性能的测定
- ISO 6383-1 塑料薄膜和薄片撕裂阻力
- 复合树脂材料的抗冲击性能 – 航海应用
- ISO 6603-2 刚性塑料的冲击穿刺行为
- ISO 6603 – ASTM D3763: Quick impact at low temperature
- ISO 6872 牙科陶瓷挠曲强度测试
- ISO 6892：金属材料拉伸试验
- ISO 6892-2
- ISO 7206-4、7206-6和7206-8人工髋关节植入假体的耐力和疲劳试验
- ISO 75 和 ISO 306：高温聚合物的 HDT 和 VST 试验
- ISO 7886-1
- ISO 7886-1：无菌皮下注射器测试
- ISO 80369 用于医疗保健应用中液体和气体的小孔径连接器
- ISO 8067：软质多孔聚合材料撕裂强度测试
- ISO 813 Adhesion Strength of Rubber to Rigid Substrates
- ISO 8256 扑克牌（PVC）拉伸冲击试验
- ISO 8295 塑料薄膜及薄板摩擦系数
- ISO 844 硬质蜂窝塑料压缩性能
- ISO 898-1
- ISO 9073-4 非织造织物撕裂强度
- ISO TS 11405 牙科材料及粘接剂的拉伸粘接力与粘接强度
- ISO 178 权威指南
其他
- AITM 空中客车公司测试纤维增加塑料冲击后压缩强度的的方法
- Welds
- 依据 ASTM A370、ISO 6892-1、API5L 及 ISO 3183 标准的管材拉伸试验
- Axial Torsion Fatigue Testing
- 球压痕测试夹具
- Blister Pack Testing
- BSS 7260 Post-Impact Compressive Strength of Composite Laminates
- BS EN 319 刨花板和纤维板的垂直抗拉强度
- Rheological tests on cap liners manufactured for plastic bottle caps
- Fatigue Testing of Compressor Valves
- Fatigue Testing of Computer Keyboards
- 多轴应力状态十字形试样
- 牙科材料和黏合剂的剪切粘合强度测试
- 聚晶金刚石刀头的冲击性能
- 钻头刀尖的压扭疲劳测试
- Durability and Fatigue Testing of Elastomeric Materials and Components
- 使用 ElectroPuls® 进行弹簧模拟
- Electro-Thermal Mechanical Testing
- EN12089 – 绝热产品的弯曲性能测定
- EN12090 保温产品剪切性能的测定
- EN 12242
- EN 14477 柔性包装的穿刺阻力
- EN 14509 屋面和覆层夹心板的剪切强度和剪切模量
- 胶粘剂 – 拉伸粘接零部件搭接剪切强度（EN1465）
- EN 1719
- EN 2561:1995 碳纤维增强塑料 — 单向层压板 — 平行于纤维方向的拉伸测试
- EN 2597
- EN 50086-2-4 导管系统，地下电缆管理
- EN 826 – 测定绝热产品的压缩性能
- 用于包装材料和系统EN868-5的医疗设备
- EN12430 测定绝热产品在集中载荷下的性能
- 熔体流动速率测定仪手动砝码选择箱
- 股骨钉动态疲劳试验
- High Velocity Three-Point Bending Test – Fiber Cement Materials
- 手指植入物的疲劳测试
- FTM2
- 金属高应变速率试验
- 对仪表板进行高速冲击测试
- IS 1608
- 符合 ISO 11040 标准的注射器试验
- EN 1939 Peel Adhesion Self Adhesive Tapes
- ISO 29862 / EN 1939 Self-Adhesive Tapes: Determination of Peel Adhesion Properties
- ISO 37
- JEDEC JESD22B113
- Edgewise Drop Impact on Liquid Crystal Display (LCD) glass panels
- 组织和生物材料的低应力动态疲劳测试
- 骨骼体外微压痕测试以确定力学性能
- MIL-STD-883
- NADCAP Alignment Standards
- NASM 1312-13 紧固件双面剪切试验
- NIJ 0115.00 Stab Proof Vest For Body Armor
- 药片压碎测试
- AC133 Rebar Coupler Test of Mechanical Connector Systems
- 医用西林瓶的残留封口力测试
- 屋面瓦的冲击性能
- 安全头盔的抗冲击性能
- Shock Absorbers
- 塑料霰弹枪弹壳填充物的抗冲击性
- 运动球充气压力影响的动态研究
- 支架材料和结构疲劳试验
- 外科缝线拉伸试验直拉和线结拉伸试验
- TAPPI标准的纸张拉伸试验
- 低力值动态疲劳试验（塑料材料）
- 轮胎增强钢帘线的疲劳和断裂试验
Automotive
- Chassis
- Bumper Impact Testing
- Chassis and Body High Strain Rate Testing
- 复合材料层压板冲击后压缩测试
- 复合层板拉伸试验
- Crash Simulation
- Exhaust Line Durability Test
- Exhaust Mount Fatigue Testing
- Fatigue Testing
- Full Vehicle Testing
- Road Simulation System
- Straßensimulation
- 板材弯曲试验
- Sheet Metal Tensile Testing
- Drivetrain
- Axle Test System
- Clutch Durability Testing
- Drive Shaft Durability Testing
- Drive Shaft Torsion Testing
- Shock Absorbers Impact Test
- Electronics
- Engine
- Interior
- Dashboard Drop Weight Impact
- HDT and Vicat Testing
- Headliner Peel Testing
- 原位测试
- 旋钮和按钮拉伸扭转测试
- 塑料拉伸测试
- Rigid Plastics Bend Testing
- 座椅泡棉压缩试验
- 纺织品试验
- Joining
- Safety Systems
- Wheel and Tire
Biomedical Testing
- 21 CFR Part 11
- Biomaterials
- Bioadhesives Peel Testing
- Hard Tissue Testing
- Hydrogel Tensile Testing
- 骨科植入物的冲击试验
- 药片的抗冲击性能
- Soft Tissue Testing
- 聚合物膜的拉伸测试
- 使用可变角度剥离工装进行组织粘合剂测试
- Dental
- Drug Delivery Device and Container Testing
- Guide to PPE Testing
- Implantable Devices
- Medical Consumables
- On Body Delivery Systems
- Orthopedics
Electronics
- Electronic Devices
- 电缆与电线弯曲测试
- Bend Testing of Devices
- Bend Testing of Screens
- Button and Switch Tactility Testing
- Compression Testing of Batteries
- Headphones Compression Testing
- Insert and Extract Testing on Devices
- Multi-Point Compression Testing of Screens
- Peel Testing of Screens
- Fine Wires
- General Purpose Applications
- Keypad
- Microelectronics
Blog
- 大容量给药设备测试
- 同步数据采集详解
- 欧盟机械监管与网络韧性法案
- 增材制造生物医学器械的疲劳测试
- 校准中的判定规则
- 增材制造航空航天零部件的断裂测试
- 什么是质构仪？
- ISO 11040-8 2026：预填充注射器测试指南
- AI 时代的半导体测试
- 准确的疲劳测试对于增材制造汽车零部件至关重要
- 增材制造中的疲劳性能：设计、测试与鉴定面临的挑战
- 通用西林瓶夹具 – 残余封口力测试
- 为什么增材制造需要不同的力学测试方法
- 发丝拉伸测试设备
- 落锤冲击试验机如何改进拉伸强度冲击测试？
- 问答：AT1 自动化系统介绍
- 校准与核查——精准之言
- 校准服务商选择：校准不确定度如何影响您的测试准确性与风险
- 构建更出色的药物输送设备
- 复合材料测试中为何精度至关重要
- 如何将传感器连接到英斯特朗系统：四种方法
- USP 381 及其替代品的转变
- 您测试实验室的 Windows 11 准备好了吗？
- 制药聚焦：扩展药物输送装置的测试能力
- 减少高温材料测试中的变异性
- 正确进行 MFI 测试：针对高流动性和低流动性材料的 4 种解决方案
- 材料拉伸测试中的常见错误，你了解多少？
- 塑料三点弯曲试验二三问——ISO 178:2019 回答您
- Bluehill Impact for Pendulum
- How to Choose the Right Mechanical Testing Automation for Your Biomedical Manufacturing Lab
- 生物医学行业的力学测试
- CDMO 生物医学实验室实现高效力学测试自动化的 5 个步骤
- 自动化如何改进塑料测试
- 落锤冲击测试如何优化韧脆转变温度的测量
- 选择摆锤冲击试验机时的 5 大注意事项
- NLR Unveils Instron’s E20000 All-Electric Fatigue Machine
- How to Achieve More Repeatable Test Results in 3D Printing Applications
- The ABCs of XY Stage Adhesive Tack Testing
- Melt Flow Index Tester Maintenance: top tips to optimize repeatability and accuracy
- Top Benefits of Semi-Automation for Materials Testing
- How To Decrease Variability in Test Results with Specimen Protect
- I Hope This Tree Isn’t Afraid of Needles!
- Heat Deflection Temperature and Vicat Softening Temperature Testing
- Definitive Guide to Syringe Testing per ISO 11040 & ISO 7886
- Drop Weight Impact Test: Top Tips for Accurate Results
- AutoX750 引伸计对齐技巧
- Why is Pendulum Impact Testing Important in Research
- How to Perform a CAI Test More Accurately and Safely
- Using a 3-Jaw Chuck for Materials Testing
- How to measure the Melt Flow Index of recycled and biodegradable plastics
- Mechanical Testing of Additive Manufactured Components
- Falling weight impact testing for simulation precision: meet Lamborghini
- Manual or Automatic Melt Flow Index Testers
- 5 steps to selecting hammers for your pendulum impact testing machine
- How is an Impact Drop Tower used in Testing Automotive Parts
- Wedge Peel Impact Test on Adhesives
- How to test carbon fiber impact strength
- Pendulum Impact Testing Machine or Drop Tower
- Product Spotlight: Component Test Plate
- Origami-based structures under Impact load
- Drop Tower Tensile Impact Testing for High Strain Rate Measurements
- How to Test the HDT of 3D Printing Materials
- How To Investigate Dynamic Failures of Materials
- 生物医学、塑料和弹性体行业的材料与应用解决方案
- Will Product Failure Put Your Company at Risk?
- Compression Testing of Concrete Blocks with Recycled Plastic
- Alignment for Materials Testing Webinar
- Braided Rope Tensile Testing
- Traceability Webinar + Q&A
- Biaxial Testing of Medical Devices
- Biomedical Case Study | Ghent University
- Bluehill® Universal Software: Top 5 FAQs
- When You Don’t Take Advantage of Software Updates
- “触摸友好型”软件实际上是什么意思？
- Micro Three-Point Bend Testing for Microelectronics
- Own Your Data and Results: Export Files, Import to LIMS
- How Important is Calibrating Materials Testing Systems?
- Traceability: What is it, and Why is it Important in Testing of Materials?
- Growth of ITW Young Professionals Network in Europe
- Gage Repeatability and Reliability: Ensuring Accurate Test Results for Measurement Systems
- Metals Market Reacts to Material Trends
- Plastics Analysis for Automotive Applications
- Why Measure Strain Optically?
- Why Measure Strain Optically?
- Opticle Strain Article
- What Value Does ISO 9001 Add?
- Custom Fixture for Plastic Drinkware
- Olympic Edge: Optimizing Athletic Equipment
- Custom Solution for Testing in Extreme Environments
- Non-Contacting Strain Measurement Techniques in Fatigue Testing of Polymer Matrix Composites
- Penn State Students Receive a Behind-the-Scenes Tour
- Small Transitions to Automation Make a Big Impact
- Increase Efficiency Without Sacrificing Safety
- 克服金属薄板测试挑战
- Instron Supports MassChallenge Startups
- Step-by-Step Tutorial on Using Melt Flow Tester to ISO 1133 and ASTM D1238
- Importance of Medical Packaging Standards
- The Benefits of Automated Materials Testing
- Steel Reinforcement Bar: A Tensile Testing Guide
- Simulating Body Temperature When Testing Biomedical Devices and Materials
- Building a Business Case for Modernisation: An Interview with Nick Shrubsall
- Overcoming Challenges of Rebar Testing
- Digital Image Correlation for Measuring Full-field Strain and Displacement
- Have You Thought About The Implications If The Material for Airbags Responds Poorly?
- AZoM Interview: 3 Challenges of Plastics Testing
- Contrasting Composites vs. Metals in Aerospace
- Future Engineers Taking a Hands-on Approach at WPI Using Instron Equipment
- Supporting Science, Technology, Engineering, and Mathematics (STEM) Programs
- The MPX Series of Motorized Pendulum Impact Testers: An Interview with Matthew Spiret
- Is This the Next Generation of Smartphone Cases?
- 包装测试技巧与窍门
- Helping to Standardize High-Rate Testing of Composites
- Question From a Customer: Air Bubbles in Extrudate
- Challenges of Rigorous Demands
- Evaluating the Quality of High Performance Plastics Molding
- Is Design Validation Slowing Down Your Time To Market?
- Stress Control and Yielding Material
- How to Test Lap-Shear Specimens
- Understanding Melt Flow Testing and Its Importance
- Helping to Provide the Good Housekeeping Seal of Approval
- Testing a Student-Made Off-Road Vehicle
- Preloading, and How It Affects Your Mechanical Test
- Automated XY Stage System Preventing Shattered Glass and Inaccurate Data
- Oyster Glue Inspiring Stronger Adhesives
- High Frequency Testing of Nitinol Wire
- Consumer Reports Uses Instron for Bend Testing Smartphone
- Quick Tips for Balancing Load Cells
- What is the Best Way to Grip Thin-walled Steel Tubes for Tension Testing?
- WPI Students Test ACL Graft Pretension Methods
- Extensometer Slippage
- Efficiency of Continuously Increasing Load During Tests
- How Do You Prepare Your Specimens?
- 正在寻找保持弯曲测试试样安全对齐的方法吗？
- Composites on the Move
- 减少塑料测试中的变异性
- Does a Charpy or an Izod Impact Test Replicate any Real-Life Scenarios?
- Reminder to Not Let Your Standards Slip
- Quick Tip: Determining if a Specimen is Too Heavy for Your Test
- Backward Strain at Yield — Discontinuous Yielding/YPE Material
- Wedge Action Grips: Which is Moving?
- The Truth About Strain Gauge Load Cells vs. Pressure Transducers
- Thermoset and Thermoplastic Composites … What’s the Difference?
- Testing United States Bridges at Columbia University
- 4-Point Bend Testing of Carbon Fiber
- 管材制造商和供应商应了解的变化
- Charpy Impact Testing: Minimizing Hammer Changes
- Software Module Increases Test Frequency for Fatigue Testing of Composites and Polymers
- What is The Difference Between Proportional and Non-proportional Clamping Force?
- What is the Best Way to Check the Functionality of my ElectroPuls™ Load Cell?
- What is N-value?
- Testing Metals to ASTM E8 with an Automatic Contacting Extensometer
- Energy-Controlled Impulse Testing of Shoes
- Question From a Customer: How to Report Strain at Break Following ASTM D638
- Calling all Hockey Players: How Safe & Durable is Your Equipment?
- Challenges with Steel
- Question from a Customer: What tup do I use on my 1,800 J (1,330 ft-lb) drop tower?
- Carbon Fiber Hits the Road
- Poisson’s Ratio Testing With A Biaxial Extensometer
- Simulating a Spring with the ElectroPuls
- Upper Yield Calculations—Discontinuous Yielding/YPE Material
- What Does Load Measurement Accuracy of 0.5% of Reading Down to 1/100th, 1/500th, 1/1000th of a Load Cell’s Capacity Imply?
- Industry Insights Series with David Fry
- Equipment Considerations for a Well-aligned Test
- Question from a Customer- Bagley Correction
- Google for Test Results
- A New Long-Term Bypass Solution
- Question from a Customer
- What is Stress Whitening, and How Can it Impact Your Test
- Instron at the World’s Largest Wind Turbine Testing Facility
- Analysis at Every Stage of the Plastics Lifecycle
- Instron Supporting Britain’s Economic Growth
- Question From a Customer: Why is Strain Rate Important?
- Materials in Space
- Industry Insights Series with Marco Bronzoni
- Simulating a Physiological Environment
- Tips on Using Environmental Chambers and Furnaces
- What is R-Value?
- Stronger than Steel and more Elastic than Rubber
- Bamboo Bikes – A “Growth” Industry
- Composites Question from a Customer
- Strain Measurement When Testing Composites
- Testing Uncovers Titanic Mystery
- Fatigue Testing of Stents and Stent Materials
- Industry Update: Mechanical Testing of Stents and Stent Materials
- Quick Tip on Gripping
- Hobas Pipe USA Installs Giant Custom-Built Instron Frame
- Selecting a Pressure Transducer for Your Capillary Rheometer
- Question from a Customer
- A Very Deep Investment
- Quick Gripping Tips
- Engaging with Our Readers: Survey Findings
- Damage Tolerance: Is it Important to You?
- Free Whitepaper on Mechanical Testing of Medical Implants
- 30 Years and Counting
- Predicting the Properties of Virtual Materials
- Question from a Customer
- Grip it Right
- Protecting Mobile Devices from Impact Damage
- Creation of a New Generation of Testing Instruments: Part 2
- Creation of a New Generation of Testing Instruments
- What is the Impact on an Airplane Wing?
- Sometimes You Never Know Where This Job Will Take You
- Tennis and Composites – What’s the Connection?
Case Studies
- A Comparative Study of Test Result Variability
- AMRC
- ANH Refractories
- 北京纳通医疗集团
- Boston University | KABlab
- Covalent 使用 AVE3 扩展测试能力
- 宝武集团如何利用 ElectroPuls 解决变频疲劳测试难题
- 根特大学
- 根特大学
- INNOPROOF
- 通过自动化面向未来：Kiguchi Technics 对日本劳动力转型的战略应对
- LOLIWARE
- Polyset Company
- PRA
- Primo Medical Group
- Realtest 案例研究
- 三养
- Siemens将机器学习和ElectroPuls相结合
- 西门子如何利用机器学习和 ElectroPuls® 预测 3D 打印部件的疲劳性能
- Synoste 如何通过将测试转入内部来加速医疗器械研发
- TPRC
- Tubular Services
- TüV 南德意志集团案例研究
- UCL使用ElectroPuls进行小载荷测试
- 伦敦大学学院 (UCL) 如何利用 ElectroPuls 测量癌组织微环境的硬度
- University Research
- Vamp Tech
- Wentworth Institute of Technology
- Whitehouse Laboratories
- ZF Shanghai Case Study
- ZF Shanghai Case Study
News
- 【老难题有新妙招】如何减少金属板材的应变测量以及r值的数据波动？
- Instron 全新推出试验系统的机械系统 10 年保修服务
- 标准更新解析| GB/T 1040.1-2018塑料拉伸性能的测定 ——标准解析之术语&定义篇
- 英斯特朗低周疲劳试验
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- 英斯特朗复合材料的冲击测试
- 英斯特朗复合材料的测试工装
- 英斯特朗如何应对高周疲劳测试中的挑战
- Register Now for the 2025 Metals Testing Showcase
- 25 Ways to Test a Syringe: On-Demand Webinar
- Bluehill Central 2 软件平台发布
- 庆祝创新 80 周年
- Dortmund Biomedical Workshop
- Instron® 全新推出 100 kN 台式万能材料试验系统
- Instron Exhibiting at CAMX 2024
- Instron Exhibiting at InterBattery 2025
- Instron Exhibiting at InterBattery 2026
- Instron Exhibiting at JEC World 2024
- Instron Exhibiting at MDM West 2024
- Instron Exhibiting at NEPCON 2024
- Instron Exhibiting at NPE 2024 | The Plastics Show
- Instron Exhibiting at Prefilled Syringes West Coast 2024
- Instron Exhibiting at SAMPE 2024
- Instron Exhibiting at The Battery Show North America 2024
- Instron Exhibiting at The Battery Show Europe 2024
- Instron Introduces AverEdge32 for AVE2
- Instron Introduces Bluehill Central Lab Management Software
- Instron Introduces New 3400 and 6800 Series Universal Testing Systems
- Instron 推出新款 3400 和 6800 系列通用测试系统，力容量为 100 kN 和 300 kN
- Instron Introduces New Precision Specimen Loader for Thin Films and Foils
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- Instron Launches All-New Live Virtual Training Classes
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- Instron 推出新型 AVE3 高级视频引伸计
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- Torsion Add-On 3.0 for Axial Test Systems
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Videos
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- ASTM D1002: Lap Shear Testing of Adhesively Bonded Metals
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- ASTM F88
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- AT3 Automated Film Tensile Testing to ASTM D882
- AT3 Automated Testing System
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- Extend Your Warranty Agreement
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- Instron Connect Software: Downloading Bluehill Universal Updates
- Instron® | CT6 Cobot With Universal Testing System
- 英斯特朗加州斯科茨谷演示实验室
- Instron® | ElectroPuls® Automated XY Stage
- Instron® Hydraulic Dual Side Acting Grips
- Instron® Professional Services | Do You Have an Instron Connect Agreement?
- Instron Professional Services: System Move and Relocation
- Instron Safety: How To Use a Tensile and Compression Testing System Safely
- “行路万里，一心服务”，对话Instron售后服务工程师
- Instron Training Center
- Autoinjector Testing System
- Intro to Composites Testing Standards and Methods
- Introducing Instron’s Next Generation Autoinjector Testing System
- Introducing TrendTracker for Bluehill Central Webinar
- Introduction to Instron Universal Testing Machines
- ISO 7886-1 Testing Sterile Hypodermic Syringes
- ISO 80369: Mechanical Testing of Luer Connectors
- ISO 844 | 刚性泡沫塑料的压缩试验
- 夹具钳口选择
- Lab Management in Bluehill Central
- 大容量自动注射器测试与部分扭转式帽盖移除
- Level Up Your Materials Testing Data Integrity With Test Setup Essentials
- Long Travel XL Extensometer
- Materials Testing for Aerospace Applications
- Mechanical Testing of Additive Manufactured Materials & Components
- 医疗器械塑料机械性能测试网络研讨会
- Melt Flow Index Testers
- MFi Series: The Importance of Deadweights
- Moving an Instron Dual Column Table Model Universal Testing System
- Moving an Instron Single Column Universal Testing System
- MPX Series Pendulum Impact Test System With Bluehill® Impact Software
- Multi-Station Test Frame for Simultaneous Mechanical Testing
- Named Transducers in Bluehill Universal
- 搭接载荷传感器转接头
- Piggyback Load String Adapters
- Precision Specimen Loader for Thin Films and Foils
- 防止试样打滑：测试小技巧
- Puncture Test Fixture: Testing Separator Film for Electric Vehicle Batteries
- 在肯特州立大学对历史进行测试
- 力传感器快接头
- 力传感器快接头
- Quick Tips for Testing: Active Zones in Bluehill Universal
- Quick Tips for Testing: Bluehill® Universal 4.42 Calculation Fail Icons
- Quick Tips for Testing: Cable Management on 3400 and 6800 Series Systems
- Quick Tips for Testing: Clean Your Grips to Avoid Slips
- Quick Tips for Testing: Graduating with Cylinders
- Receiving Your Instron Electromechanical Universal Testing System
- Reducing Operator Risk on ElectroPuls Systems | eLearning Course
- Reducing Operator Risk on Servohydraulic Systems | eLearning Course
- Requesting Tech Support Using Instron Connect: Quick Tips from Instron Service
- Residual Seal Force Testing with the AT2 Automated XY Stage
- Retrofitting and Modernizing Legacy Testing Equipment
- Revision History in Bluehill Universal
- Righting and Moving an Instron Floor Model Universal Testing System
- Ring and Pin Features of Instron® 2580 and 2530 Series Load Cells
- 安全源于设计：6800 和 3400 系列机架
- 设置球形支座压盘
- Specimen Alignment Device CP135054
- Specimen Protect: 6800 and 5900 Series Universal Testing Systems
- Tack Testing Fixture Testing the Adhesion of Electrodes
- Bluehill Central 的 Teams 模块
- Tensile Grip Guide
- 胰岛素给药系统测试
- The Definitive Guide to Metals Tensile Testing to ASTM E8 and ASTM A370
- 根据 ISO 11040 和 ISO 7886 标准进行注射器测试的权威指南
- Torsion Add-On 3.0 Handset for Universal Testing Systems
- Bluehill Central 软件的 TrendTracker
- TrendTracker Product Tour
- Understanding Strain Rate to ISO 6892-1 and ASTM E8
- WaveMatrix3: How to Easily Set Up Stress Channel Control Tests
- WaveMatrix3: How to Rapidly Manipulate Datasets to Regenerate Graphs
- WaveMatrix3 | Windows 11 Ready | Webinar
- Webinar: Control Charts and Statistics in Bluehill Central’s TrendTracker Module
- Webinar: How to Expand Your Testing Capabilities With Piggybacking
- Webinar: Introducing Bluehill® Central Software
- Webinar: Overcoming Mechanical Testing Challenges for EV Battery Material Development and Production
- Weld Testing Fixture: Prismatic Cell Weld Testing
- What Is a Universal Testing Machine/Tensile Testing Machine?
- What Is an Extensometer?
- What Is Bend Testing?
- 什么是压缩测试？
- 什么是剥离测试？
- 什么是拉伸测试？
- Why Is Preventative Maintenance Important?
- Why Use a Mechanical Tensioner to Secure Your Load Cell