测试系统
测试附件
- Crash Simulation Accessories;
- 环境箱和高温炉;
-
拉伸夹具;
- Compact Tension Fixtures for Fracture Mechanics;
- Pneumatic/Hydraulic Power Supplies;
- Mechanical - Wedge Grips;
- 高级液压楔形动作夹具;
- Mechanical Wedge Lever Action Grips;
- Elasticated Fabric;
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O Ring Fixtures;
- Hydraulic Wedge Action Grips;
- Pneumatic Wedge Grips;
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自紧式偏心辊拉伸夹具;
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Cord Capstan Tensile Grips;
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Fiber Filament Tensile Grips;
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液压平推夹具;
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手动楔形夹具;
- 微电子部件拉伸夹具;
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O-Ring Test Fixtures;
- 气动绳线夹具;
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气动平推拉伸夹具;
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手动平推拉伸夹具;
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TEMP Wire and Cable Tensile Grips;
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Threaded-End and Button-End Grip Bodies and Inserts;
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Webbing Capstan Tensile Grips;
- Pneumatic Wedge Action Grips;
- Torsion and Axial-Torsion Grips;
- Wire and Cable;
- 载荷传感器;
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Frame Accessories;
- Electromechanical Frame Accessories;
- 8800 Series Servohydraulic Test Systems;
- 气动夹具用气动控制装置;
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Debris Shields;
- Electropuls All-Electric Dynamic Test Systems ;
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Impact Testing System Accessories;
- Loadframe Support Tables/Bases;
- Static Hydraulic Universal Testing System Frame Accessories;
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Hydraulic Grip Pump;
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试样的测量和制备;
- Specimen Preparation Systems;
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Specimen Marking Punches;
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Manual Gauge Point Punch, Combination 1 in and 2 in Gauge Length;
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Manual Gauge Point Punch, Combination 25 mm and 50 mm Gauge Length;
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Manual Gauge Point Punch, 8 in Gauge Length;
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Manual Gauge Point Punch, 1.4 in Gauge Length;
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Manual Gauge Point Punch, 0.5 in Gauge Length;
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Extra Punch Points , Set of Two;
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Manual Gauge Point Punch, Combination 1 in and 2 in Gauge Length;
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Specimen Measurement Devices;
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2850-007;
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Vertically Mounted Probe Automatic Measurement System;
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Automatic Data Entry Interface for use with Partner;
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Micrometer, Outside, 0-25 mm (0-1 in) with Data Cable;
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Micrometer, Outside, 25-50 mm (1-2 in) with Data Cable;
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Hand Held Automatic Caliper Measurement System with Carbide Tips;
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Caliper, Standard Jaw, 0-150 mm (0-6 in) w/Data Cable;
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Caliper, Standard Jaw, 0-300 mm (0-12 in) w/Data Cable;
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Caliper, Pointed Jaw, 0-150 mm (0-6 in) w/Data Cable;
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2850-007;
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Alignment Fixtures;
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Application Specific Fixtures;
- Food;
- Paper and board;
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Wood;
- Adhesive;
- Compression;
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Flexure;
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10kN Wood Bend Fixture Base Beam (800 mm max span);
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50kN Wood Bend Fixture Base Beam (800 mm max span);
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50kN Wood Bend Fixture Base Beam (1200 mm max span);
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10kN Four-point Upper Beam for use with Bend Fixture Lower Base Beam;
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50kN Four-point Upper Beam for use with Bend Fixture Lower Base Beam;
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3-Point Rigid Anvil Set. 20 mm Dia. Upper, 20 mm Dia. Lower.;
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3-Point Rigid Anvil Set. 30 mm Dia. Upper, 15 mm Dia Lower.;
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3-Point Rigid Anvil Set. 76 mm Dia. Upper, 76 mm Dia. Lower.;
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3-Point Rigid Anvil Set. 60 mm Dia. Upper, 60 mm Dia. Lower. ;
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4-Point Rigid Anvil Set. 60 mm Dia. Upper.;
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3-Point Articulating and Rolling Anvil Set. Rigid Wood Block Upper, 30 mm Dia Lower.;
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3-Point Anvil Set 60 mm Dia. Upper (Rigid), 30 mm Dia Lower (Rolling and Articulating).;
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3-Point Anvil Set 30 mm Dia. Upper (Rigid), 30 mm Dia Lower (Rolling and Articulating);
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4-Point Upper Anvil Set. 30 mm Dia Upper (Rolling and Articulating).;
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3-Point Anvil Set. 30 mm Dia. Upper (Rigid), 30 mm Dia Lower (Rolling and Articulating);
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4-Point Upper Anvil Set. 30 mm Dia Upper (Rolling and Articulating).;
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3-Point Articulating and Rolling Anvil Set. Rigid Wood Block Upper, Bearing Plate Lower.;
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Yoke Deflectometer for use with 2820-040, -041 and -042 Bend Fixtures;
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10kN Wood Bend Fixture Base Beam (800 mm max span);
- Shear;
- Tension;
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电动汽车电池测试附件;
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生物医学系统和配件;
- 复合材料测试工装;
- 压缩压盘;
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接头和转接头;
- Custom Accessories;
- Electronics and Microelectronics Testing Systems and Accessories;
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引伸计;
- Averaging Clip-on Extensometer;
- Axial Clip-on;
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AutoX750自动引伸计;
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Biaxial Clip-on;
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Biaxial Extensometer 25 mm Axial Gauge Length 1 Axial 1 Transverse;
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Biaxial Extensometer 50 mm Axial Gauge Length ;
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Biaxial Extensometer 1 inch Gauge Length;
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Biaxial Extensometer 2 Inch Axial Gauge Length 1 Axial 1 Transverse;
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Biaxial Extensometer 25 mm Axial Gauge Length 2 Axial 1 Transverse;
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Biaxial Extensometer 50 mm Gauge Length;
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Biaxial Extensometer 25 mm Axial Gauge Length 1 Axial 1 Transverse;
- Calibrators for Extensometers;
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Compression Deflectometers (LVDT);
- Crack Opening Displacement (COD) gauges;
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High-Temperature Extensometers;
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Long Travel Extensometer;
- AVE 2非接触式视频引伸计;
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静态轴向夹式引伸计;
- Transverse Clip-on Extensometers;
- 紧固件工装;
- 挠曲工装;
- 剥离、摩擦和穿刺测试工装;
- 测试平台;
- 材料测试配件目录 – 第八版;
材料测试软件
- CEAST Software;
-
DIC Replay;
- LCF3 Software;
-
Bluehill® Impact 摆锤冲击测试软件;
- Bluehill Central 软件;
-
Bluehill Elements ;
- Bluehill Fracture;
-
Bluehill HV;
-
Bluehill Impact for Drop Towers;
-
Bluehill Universal Brochure;
-
Latest Features in Bluehill® Universal;
-
Bluehill Universal 中的方法模板;
-
Take a Tour of Bluehill Universal;
-
CrashSim;
-
CrashSim 办公室;
- RS LabSite Modulogic;
- WaveMatrix3;
培训
Resources
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Manuals;
-
Serial Number Locator;
-
1130 Machines Serial Number Locator;
-
3342 Machine Serial Number Locator;
-
3345 Machine Serial Number Locator;
-
3365 Machine Serial Number Locator;
-
446X Machines Serial Number Locator;
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554X Machines Serial Number Locator;
-
558X Machines Serial Number Locator;
-
594X Machines Serial Number Locator;
-
596X Machines Serial Number Locator;
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598X Machines Serial Number Locator;
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8801 Machine Serial Number Locator;
-
8841 Machine Serial Number Locator;
-
8872 Machine Serial Number Locator;
-
TT-TM Machines Serial Number Locator;
-
1130 Machines Serial Number Locator;
ASTM
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ASTM A370 权威指南;
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ASTM A370,A416,ISO 15630 预应力混凝土用多股钢绞线拉伸试验;
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依据ASTM E8、A370、A48和GOST 1497-1,对套筒端部或圆头进行拉伸试验;
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ASTM A615 - Standard Specification for Deformed and Plain Carbon-Steel Bars for Concrete Reinforcement;
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ASTM A746 球墨铸铁排污管的拉伸侧试;
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ASTM A938 ISO 7800;
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ASTM C109 2英寸水泥立方体的压缩试验;
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ASTM C1550 Flexural Toughness of Fiber Reinforced Concrete;
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ASTM D623 Rubber Compression Flexing Fatigue and Heat Generation;
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Flex Testing of Fiber Reinforced Concrete to ASTM C1609-10;
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Flex Testing of Fiber Reinforced Concrete to ASTM C1609-10;
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ASTM C170 规格石料抗压强度的测试;
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拉伸强度复合材料夹层结构;
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ASTM C365 Compression Testing of Sandwich Core Materials;
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筒形混凝土试样的压缩试验;
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ASTM C633 Adhesion or Cohesion Strength of Thermal Spray Coatings;
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ASTM C78 混凝土横梁的弯曲强度;
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ASTM C880 规格石料的抗弯强度;
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ASTM C99 Modulus of Rupture of Dimension Stone;
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依据ASTM D1004-13测试塑料薄膜和薄片的撕裂抗力(割口撕裂);
-
依据ASTM D1708-13,采用微小拉伸试样测试塑料的拉伸特性;
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ASTM D1002 胶接材料搭接剪切测试权威指南;
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ASTM D1037 Internal Bond Testing of Fiberboard and Wood Adhesives;
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ASTM D1238 Meltflow Rates of Thermoplastics by Extrusion Plastometer;
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ASTM D1238 - Testing High Fluidity Samples with a Piston Holding Device;
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ASTM D1335毛绒地毯的毛簇粘合的试验方法;
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ASTM D1414 橡胶 0 型圈;
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ASTM D1525 塑料维卡软化温度的测定;
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ASTM D1876 胶粘剂的剥离强度测试-T型剥离;
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ASTM D1894-14 Coefficient of Friction of Plastic Film;
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ASTM D2256 单纱法测量纱线的拉伸性能;
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ASTM D2261 单舌法测定织物的撕破强力;
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ASTM D2444 落锤法测定热塑性塑料管和配件耐冲击性的试验方法;
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ASTM D256: 对使用回收碳纤维制成的碳纤维/PPS复合材料进行的伊佐德冲击试验;
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ASTM D256 Impact Strength of 3D Printing Peek;
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ASTM D2844 AASHTO T190 CTM 301: 压实土壤的水分渗出试验;
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ASTM D3039 Tensile Testing of Composite Laminates;
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ASTM D3163 用拉伸负荷法测定胶粘剂粘结的硬质塑料搭接剪切接头;
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ASTM D3330 Peel Adhesion Testing of Pressure Sensitive Adhesive Tapes;
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ASTM D3364 分子结构意义上聚乙烯(氯乙烯)的流动速率;
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ASTM D3410 - Measuring the Compressive Strength of Polymer Matrix Composites;
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ASTM D3574 权威指南;
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ASTM D3763 塑料高速穿刺试验方法;
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ASTM D3822 单支纺织品纤维的拉伸性能;
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ASTM D3835: 纯聚醚醚酮与碳纤维增强聚醚醚酮的挤出试验(PEEK);
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ASTM D3846 增强塑料的平面剪切强度;
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ASTM D4018 使用自动引伸计的复合材料纤维束的拉伸试验;
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ASTM D412 弹性体拉伸测试权威指南;
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橡胶特性 - 与挠性基材之间的粘结力 ASTM D413;
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ASTM D429 橡胶特性与硬质基底粘附性试验方法;
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ASTM D4632 土工布的抓样法断裂强力及伸长率;
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ASTM D5034 纺织面料的断裂强力及伸长率-抓样法;
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ASTM D5035 纺织品的断裂强力和伸长率-条样法;
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ASTM D5587 梯形法撕破强力的测试;
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ASTM D575-91: Standard Test Methods for Rubber Properties in Compression;
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ASTM D5766 Open-Hole Tensile Strength of Polymer Matrix Composite Laminates;
- ASTM D5930 Thermal Conductivity Tests on Molten Plastics;
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ASTM D5961 - Bearing Response of Polymer Matrix Composite Laminates;
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ASTM D6110夏比冲击性能的测定;
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ASTM D624 橡胶和弹性体撕裂强度测试权威指南;
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ASTM D6272 塑料绝缘材料的抗弯性能;
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ASTM D638:塑料拉伸测试权威指南;
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ASTM D6484 Open Hole Compressive Strength of Polymer Matrix Composite Laminates;
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ASTM D6641 - Compressive Properties of Polymer Matrix Composite Materials Using a Combined Loading Compression (CLC) Test Fixture;
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ASTM D695 简介;
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ASTM D7136/D7136M-05落锤冲击试验中复合材料的抗损伤力测试;
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ASTM D7137 - Compressive Residual Strength Properties of Damaged Polymer Matrix Composite Plates;
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使用载荷和位移传感器测定的塑性薄膜的高速穿刺性能(ASTM D7192- 08);
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ASTM D7269 芳族聚酰胺纱线测试:合适的夹具;
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ASTM D7860 Torque Retention for Child Resistant Packaging;
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ASTM D790 塑料挠曲测试权威指南;
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ASTM D882 塑料薄膜拉力测试权威指南;
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ASTM D885人造有机纤维制成的工业长丝纱线的测试;
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ASTM D903 粘合剂粘结剥离强度权威指南;
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Wood Shear Testing;
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ASTM E119 耐火钢的高温测试;
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JIc Fracture Toughness to ASTM E1820;
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ASTM E190, AWS B4.0 焊接件韧性导向弯曲试验;
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ASTM E208 采用落锤试验测量钢的零塑性转变温度;
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ASTM E21: Tensile Testing on Metals at Elevated Temperature;
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ASTM E23 小尺寸样品的夏比冲击试验;
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ASTM E290金属材料延展性弯曲测试;
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ASTM E345-16 Standard Test Method for Tension Testing of Metallic Foil;
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KIc Fracture Toughness to ASTM E399;
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ASTM E8 金属材料拉伸测试;
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ASTM F1306 柔性阻隔薄膜和层合膜抗低速穿透试验;
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ASTM F1614 应用能量控制的运动鞋的冲击和疲劳测试;
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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;
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ASTM F2077脊柱椎间体融合器疲劳性能表征;
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聚合物水凝胶试验夹持的解决方案;
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A Guide to Static and Cyclic Fatigue Testing of Surgical Fixation Devices in accordance with ASTM F2193;
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ASTM F2256 应用T型剥离试验检测组织粘合剂的强度特性;
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ASTM F2267 评估轴向压缩下的脊柱椎间体融合器;
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ASTM F2346椎间盘假体的特性描述和疲劳;
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ASTM F2412 - Impact Resistance - Safety Shoes;
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组织粘合剂和密封剂的创口闭合强度(ASTM F2458);
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镍钛合金丝拉伸试验(ATSM F2516);
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ASTM F2606 球囊扩张血管支架及支架系统的三点弯曲;
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Curved Needle Testing ASTM F3014;
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金属骨板的弯曲疲劳试验(ASTM F382);
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ASTM F384 弯角整形外科骨板金属夹持装置;
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ASTM F543 金属医用骨螺钉的轴向和扭转试验;
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ASTM F606 紧固件试验螺栓测试;
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ASTM F88 应用180度剥离试验测定软质密封材料的密封强度;
ISO
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ISO 10113:2006 - 塑性应变率比的测定;
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ISO 7886-1 一次性使用无菌注射器测试;
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ISO 10275:2007 - 拉伸应变硬化指数;
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采用非接触引伸计测量土工布;
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导管的拉伸试验;
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符合 ISO 11040 标准的注射器试验;
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ASTM D6319 ISO 11193 医用手套拉伸测试;
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ISO 1133 Melt Mass-Flow Rate and Melt Volume-Flow Rate Thermoplastics;
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ISO 1133-2 and ASTM D1238: when Load Cell ensures Repeatability of Results.;
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ISO 11339 T-Peel Test Flexible to Flexible Bonded Assemblies;
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胶粘剂的冲击性能(ISO 11343);
- ISO TS 11405 牙科材料及粘合剂的拉伸粘结力和粘结强度;
-
ISO 11443 and ASTM D3835 tests to study Polymer Degradation;
-
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;
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ISO 11443 – Rheology of Heat-Curing Elastomers/Silicone at Room Temperature;
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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;
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ISO 11443 – Rheology of low viscosity fluid for spray application;
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ISO 11443 挤出物胀大测量;
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ISO 11608-1:2014 医用针式注射系统;
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ISO 11897 热塑性塑料软质薄膜制作的包装袋和边缘折叠处撕裂扩张;
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TMF Testing to ISO 12111 & ASTM E2368;
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ISO 13001 and ASTM D3479 Improving Throughput in Composites Fatigue Tests;
-
ISO 13934-1 面料的拉伸性能;
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ISO 13937-2 织物撕破特性.第2部分:裤型试样撕破力的测定(单撕裂法);
-
ISO 13937-3 织物的撕破性能;
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ISO 13937-4 织物撕破性能;
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ISO 14125 纤维增强塑料复合材料的弯曲性能;
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ISO 14126纤维增强塑料复合材料的平面压缩试验;
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ISO 14129 拉伸法测定平面剪切模量和强度;
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ISO 14130 用短梁法测定表观层间剪切强度;
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ISO 1421橡胶或塑料涂覆织物的拉伸强度和伸长率;
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玄武岩纤维增强塑料(BFRP)筋的抗拉强度;
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ISO 14801 骨质牙植入物的动态疲劳试验;
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符合ASTM F1800和ISO 14879的胫骨托部件循环疲劳试验指南;
- ISO 15630-1;
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ISO 16402 用于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 178 权威指南;
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ISO 179-2 仪器化夏比冲击试验方法;
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ISO 1798 :1999弹性多孔聚合材料的拉伸强度与断裂伸长率;
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ISO 180伊佐德冲击强度的测定;
-
ISO 18489;
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ISO 1926 硬质泡沫塑料拉伸性能;
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ISO 2062:1995 卷装纱的单根纱线断裂强力和断裂伸长率;
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基托聚合物弯曲试验 ISO 20795-1和20795-2;
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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);
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ISO 3133, ISO 3349, & ASTM D143 Flexural Properties of Wood;
-
NASM 1312-13 紧固件双面剪切试验;
-
ISO 34-1 - 硫化或热塑性橡胶 – 撕裂强度的测定;
-
ISO 36;
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ISO 37 橡胶和热塑性塑料的拉伸性能;
-
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 527-2:2012 塑料拉伸性能;
-
ISO 527-3 薄膜与薄板的拉伸性能;
-
ISO 527-4 复合材料的拉力测试;
-
ISO 604 塑料的压缩性能;
-
ISO 6603-2硬质塑料的穿刺试性能测试;
-
复合树脂材料的抗冲击性能-航海应用;
-
ISO 6603 – ASTM D3763: Quick impact at low temperature;
-
ISO 6892 金属材料拉伸测试;
-
ISO 6892-2: Tensile Testing of Metallic Materials at Elevated Temperatures;
-
塑料的热变形HDT和维卡VST试验(ISO75和ISO306标准);
-
ISO 80369 - 液体用小口径接头;
-
ISO 8067 软质高聚物泡沫材料抗撕裂强度;
-
ISO 8295 Coefficient of Friction Plastic Film and Sheeting;
-
硬质蜂窝塑料压缩性能的确定ISO 844;
-
ISO 6383-1 塑料 - 薄膜与薄片 - 撕裂强度,裤形撕裂法;
-
ISO 6872 牙科陶瓷材料弯曲强度试验;
-
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 813 Adhesion Strength of Rubber to Rigid Substrates;
-
ISO 898-1 Mechanical Properties of Carbon Steel and Alloy Steel Fasteners;
-
ISO 8256 对扑克牌进行的拉伸冲击试验;
-
ISO 9073-4抗撕裂的测定;
Others
-
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;
- AASHTO T190;
-
API5L & ISO 3183 根据标准进行管线钢的拉伸试验;
-
ANSI/AWS B4.0 焊缝拉伸测试;
-
Axial Torsion Fatigue;
-
球压痕硬度测试夹具;
-
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拉伸强度;
-
Rheological tests on cap liners manufactured for plastic bottle caps;
-
Fatigue Testing of Compressor Valves;
-
Fatigue Testing of Computer Keyboards;
-
十字型试样的多轴应力状态;
-
牙科材料和粘接材料的剪切粘结强度测试;
-
聚晶金刚石刀头的冲击性能;
-
Compression Torsion Fatigue Testing of Drill Bit Tips;
-
Durability and Fatigue Testing of Elastomeric Materials and Components;
-
使用ElectroPuls进行弹簧模拟测试;
-
Electro-Thermal Mechanical Testing;
-
E N 12089-热绝缘产品的弯曲性能测定;
-
EN 12090-热绝缘产品的剪切性能测定;
-
EN 12242 搭扣剥离强度的测定;
-
EN 14477 Puncture Resistance of Flexible Packaging Material;
- EN 14509 屋面及覆层夹心板的剪切强度和剪切模量;
-
粘合剂-粘合组件的刚连接拉伸搭接剪切强度的测定(EN 1465);
-
EN 1719 Tack Measurement Pressure Sensitive Adhesives Loop Tack;
-
EN 2561:1995 Carbon Fiber Reinforced Plastics — Unidirectional Laminates — Tensile Test Parallel to the Fiber Direction;
-
EN 2597 Carbon Fiber Reinforced Plastics. Unidirectional Laminates. Tensile Test Perpendicular to the Fiber Direction;
-
EN 50086-2-4 地下电缆管道系统的管理;
-
E N 826-热绝缘产品的压缩性能测定;
-
EN 868-5 经消毒的医疗器械用的包装材料和系统—热封装和自封装袋与卷筒纸以及塑料膜结构;
-
EN12430 - 确定隔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;
-
股骨钉的动态疲劳测试;
-
High Velocity Three-Point Bending Test – Fiber Cement Materials;
-
手指移植的疲劳试验;
-
FINAT Test Method No. 2 (FTM2) Peel Adhesion 90°;
-
金属的高应变速率试验;
- 仪表盘高速冲击试验;
-
IS 1608 金属材料在环境温度下的拉伸测试;
-
EN 1939 Peel Adhesion Self Adhesive Tapes;
-
JEDEC JESD22B113;
-
Edgewise Drop Impact on Liquid Crystal Display (LCD) glass panels;
-
组织和生物材料微力动态疲劳试验;
-
骨骼体外微米压痕仪,以确定力学特性;
-
MIL-STD-883 Department of Defense Test Method Standard for Microcircuits;
-
NADCAP Alignment Standards;
-
NASM 1312-13 Fastener Double Shear Testing;
-
NIJ 0115.00 Stab Proof Vest For Body Armor;
-
Pill Crush Testing;
-
AC133 Rebar Coupler Test of Mechanical Connector Systems;
-
测定残余密封力 (RSF);
-
屋面瓦的冲击特性;
-
橄榄球头盔的抗冲击性能;
-
Durability Testing Shock Absorbers;
-
霰弹枪子弹壳塑料填塞耐冲击试验;
-
充气压力对体育用球影响的动态调查分析;
-
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;
-
Syringe Needle Testing;
-
TAPPI标准的纸张拉伸试验;
-
塑料微力动态疲劳试验;
-
轮胎增强钢丝及帘线的疲劳和断裂试验;
汽车
-
Chassis and Body;
-
Bumper Impact Testing;
-
Chassis and Body High Strain Rate Testing;
-
Composite Laminates Compression After Impact Testing;
-
复合材料层压板拉伸试验;
-
Crash Simulation;
-
Exhaust Line Durability Test;
-
Exhaust Mount Fatigue Testing;
-
Fatigue Testing;
-
Full Vehicle Testing;
-
Road Simulation System;
-
Sheet Metal Tensile Testing;
-
Structural Durability ;
-
Bumper Impact Testing;
- Drivetrain and Suspension ;
- Electronics;
- Engine;
- Interior;
- Joining;
- Safety Systems;
- Wheel and Tire;
生物医疗测试
Electronics and Microelectronics
-
Consumer Electronic Devices;
-
Bend Testing of Cables and Wires ;
-
Bend Testing of Devices;
-
Bend Testing of Screens and Display Panels;
-
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 and Displays;
-
Bend Testing of Cables and Wires ;
- General Purpose Applications;
-
部件测试: 电子键盘;
-
Microelectronics;
-
Bend Test of Electronic Packages;
-
Bend Testing of Printed Circuit Boards;
-
Compression Testing of IC Packages;
-
Die Shear Testing of Electronic Packages;
-
Lead Frame and Wire Bond Pull Test;
-
Solder Ball Compression Test;
-
Stud Pull Test for Electronic Packages;
-
Tensile Testing of Copper Clad Laminates (CCL);
-
Torsion Testing of Flexible Circuits and Microelectronic Components;
-
Bend Test of Electronic Packages;
-
细金属丝拉伸试验;
博客
-
Creation of a New Generation of Testing Instruments;
-
Creation of a New Generation of Testing Instruments: Part 2;
-
Grip it Right;
-
Predicting the Properties of Virtual Materials;
-
Protecting Mobile Devices from Impact Damage;
-
Question from a Customer;
-
Race Ahead of Strain Measurements;
-
Sometimes You Never Know Where This Job Will Take You;
-
Tennis and Composites – What’s the Connection?;
-
What is the Impact on an Airplane Wing?;
-
30 Years and Counting;
-
Damage Tolerance: Is it Important to You?;
-
Engaging with Our Readers: Survey Findings;
-
Free Whitepaper on Mechanical Testing of Medical Implants;
-
Quick Gripping Tips;
-
A Very Deep Investment;
-
Hobas Pipe USA Installs Giant Custom-Built Instron Frame;
-
Industry Update: Mechanical Testing of Stents and Stent Materials;
-
Question from a Customer;
-
Quick Tip: Determining if a Specimen is Too Heavy for Your Test;
-
Quick Tip on Gripping;
-
Selecting a Pressure Transducer for Your Capillary Rheometer;
-
Bamboo Bikes - A "Growth" Industry;
-
Composites Question from a Customer;
-
Fatigue Testing of Stents and Stent Materials;
-
Strain Measurement When Testing Composites;
-
Stronger than Steel and more Elastic than Rubber;
-
Testing Uncovers Titanic Mystery;
-
What is R-Value?;
-
Tips on Using Environmental Chambers and Furnaces;
-
Question From a Customer: Why is Strain Rate Important?;
-
Reminder to Not Let Your Standards Slip;
-
Materials in Space;
-
Industry Insights Series with Marco Bronzoni;
-
Simulating a Physiological Environment;
-
Instron Supporting Britain's Economic Growth;
-
Analysis at Every Stage of the Plastics Lifecycle;
-
Instron at the World's Largest Wind Turbine Testing Facility;
-
Google for Test Results;
-
Question from a Customer;
-
What is Stress Whitening, and How Can it Impact Your Test;
-
Equipment Considerations for a Well-aligned Test;
-
Question from a Customer- Bagley Correction;
-
Industry Insights Series with David Fry;
-
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?;
-
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?;
-
Poisson's Ratio Testing With A Biaxial Extensometer;
-
Question From a Customer: How to Report Strain at Break Following ASTM D638;
-
What is Digital Image Correlation (DIC) and How Can It Help Me?;
-
Metals Tensile Testing Standards: ISO 6892-1, ASTM E8/8M for Strain Control;
-
Testing Metals to ASTM E8 with an Automatic Contacting Extensometer;
-
Energy-Controlled Impulse Testing of Shoes;
-
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?;
-
Software Module Increases Test Frequency for Fatigue Testing of Composites and Polymers;
-
4-Point Bend Testing of Carbon Fiber;
-
Changes Pipe & Tube Manufacturers and Suppliers Should Know;
-
Charpy Impact Testing: Minimizing Hammer Changes;
-
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;
-
Wedge Action Grips: Which is Moving?;
-
Challenges of Rebar Testing;
-
Composites on the Move;
-
Backward Strain at Yield — Discontinuous Yielding/YPE Material ;
-
Does a Charpy or an Izod Impact Test Replicate any Real-Life Scenarios?;
-
Reducing Variablity in Plastics Testing;
-
Plastics Testing: Increasing Laboratory Efficiency & Throughput;
-
Understanding Changes to Key Plastics Testing Standards;
-
Efficiency of Continuously Increasing Load During Tests;
-
How Do You Prepare Your Specimens?;
-
Looking for Ways to Keep Bent Test Specimens Securely Aligned?;
-
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;
-
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;
-
Evaluating the Quality of High Performance Plastics Molding;
-
How to Address Challenges in QC Medical Device Testing;
-
Is Design Validation Slowing Down Your Time To Market?;
-
Challenges of Rigorous Demands;
-
Helping to Standardize High-Rate Testing of Composites;
-
Question From a Customer: Air Bubbles in Extrudate;
-
Tips and Tricks for Packaging Testing;
-
Is This the Next Generation of Smartphone Cases?;
-
The MPX Series of Motorized Pendulum Impact Testers: An Interview with Matthew Spiret;
-
Supporting Science, Technology, Engineering, and Mathematics (STEM) Programs ;
-
Future Engineers Taking a Hands-on Approach at WPI Using Instron Equipment;
-
Contrasting Composites vs. Metals in Aerospace;
-
AZoM Interview: 3 Challenges of Plastics Testing ;
-
Have You Thought About The Implications If The Material for Airbags Responds Poorly?;
-
Digital Image Correlation for Measuring Full-field Strain and Displacement;
-
Rebar Challenges AZoM;
-
Steel Reinforcement Bar: A Tensile Testing Guide;
-
Building a Business Case for Modernisation: An Interview with Nick Shrubsall;
-
The Benefits of Automated Materials Testing;
-
An Introduction to Digital Image Correlation;
-
Importance of Medical Packaging Standards;
-
Step-by-Step Tutorial on Using Melt Flow Tester to ISO 1133 and ASTM D1238;
-
Instron Supports MassChallenge Startups;
-
Overcoming Sheet Metal Testing Challenges;
-
Increase Efficiency Without Sacrificing Safety;
-
Small Transitions to Automation Make a Big Impact;
-
Penn State Students Receive a Behind-the-Scenes Tour;
-
What is a Texture Analyzer?;
-
Non-Contacting Strain Measurement Techniques in Fatigue Testing of Polymer Matrix Composites;
-
Cup Crusher;
-
What Value Does ISO 9001 Add? ;
-
Custom Solution for Testing in Extreme Environments;
-
Olympic Edge: Optimizing Athletic Equipment;
-
Opticle Strain Article;
-
Plastics Analysis for Automotive Applications;
-
Metals Market Reacts to Material Trends;
-
Gage Repeatability and Reliability: Ensuring Accurate Test Results for Measurement Systems;
-
Growth of ITW Young Professionals Network in Europe;
-
Traceability: What is it, and Why is it Important in Testing of Materials?;
-
Own Your Data and Results: Export Files, Import to LIMS;
-
How Important is Calibrating Materials Testing Systems?;
-
Micro Three-Point Bend Testing for Microelectronics;
-
What Does "Touch-friendly" Software Actually Mean?;
-
When You Don’t Take Advantage of Software Updates;
-
Traceability Webinar + Q&A;
-
Alignment for Materials Testing Webinar;
-
Braided Rope Tensile Testing;
-
Bluehill® Universal Software: Top 5 FAQs;
-
Biomedical Case Study | Ghent University;
-
Biaxial Testing of Medical Devices;
-
Materials and Applications Solutions for the Biomedical, Plastics, and Elastomer Industries;
-
Compression Testing of Concrete Blocks with Recycled Plastic;
-
Will Product Failure Put Your Company at Risk?;
-
How To Investigate Dynamic Failures of Materials;
-
How is an Impact Drop Tower used in Testing Automotive Parts;
-
How to Test the HDT of 3D Printing Materials;
-
Drop Tower Tensile Impact Testing for High Strain Rate Measurements;
-
Origami-based structures under Impact load;
-
Product Spotlight: Component Test Plate;
-
Wedge Peel Impact Test on Adhesives;
-
How to test carbon fiber impact strength;
-
Pendulum Impact Testing Machine or Drop Tower;
-
5 steps to selecting hammers for your pendulum impact testing machine;
-
Falling weight impact testing for simulation precision: meet Lamborghini;
-
Manual or Automatic Melt Flow Index Testers;
-
Mechanical Testing of Additive Manufactured Components;
-
How to measure the Melt Flow Index of recycled and biodegradable plastics;
-
Using a 3-Jaw Chuck for Materials Testing;
-
Alignment Tips for the AutoX750 Extensometer;
-
How to Perform a CAI Test More Accurately and Safely;
-
Why is Pendulum Impact Testing Important in Research;
-
Drop Weight Impact Test: Top Tips for Accurate Results;
-
Guide to Syringe Testing;
-
Heat Deflection Temperature and Vicat Softening Temperature Testing: How to Maximize Throughput, Repeatability, and Safety ;
-
How To Decrease Variability in Test Results with Specimen Protect;
-
I Hope This Tree Isn't Afraid of Needles!;
-
Top Benefits of Semi-Automation for Materials Testing;
-
Melt Flow Index Tester Maintenance: top tips to optimize repeatability and accuracy ;
-
Melt Flow Index Tester Maintenance: top tips to optimize repeatability and accuracy ;
-
The ABCs of XY Stage Adhesive Tack Testing;
-
How to Achieve More Repeatable Test Results in 3D Printing Applications;
-
NLR Unveils Instron's E20000 All-Electric Fatigue Machine;
-
Top 5 Considerations When Selecting a Pendulum Impact Testing Machine;
-
Ductile to Brittle Transition Temperature;
-
5 Steps to Effective Mechanical Testing Automation for Biomedical Labs in CDMOs;
-
How Automation Can Improve Plastics Testing;
-
Mechanical Testing in the Biomedical Industry;
-
塑料三点弯曲试验二三问——ISO 178:2019 回答您;
-
材料拉伸测试中的常见错误,你了解多少?;
- High vs. Low Flow Materials: 4 Testing Solutions to Enhance Reliability and Accuracy of Your Results;
-
Reducing Variability in High Temperature Materials Testing;
案例研究
-
A Comparative Study of Test Result Variability;
-
AMRC;
-
ANH Refractories;
- Boston University | KABlab;
-
ElectroPuls独特的动态和静态试验功能;
-
Ghent University;
-
Ghent University2;
-
INNOPROOF;
- Kiguchi Technics;
-
LOLIWARE | Seaweed Derived Plastics;
-
Beijing Naton Medical Group ;
-
Polyset Company;
-
PRA;
-
Primo Medical Group;
-
Realtest | 案例研究;
-
Samyang;
-
Siemens将机器学习和ElectroPuls相结合;
-
Synoste;
-
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;
-
University Research;
-
Vamp Tech;
-
Wentworth Institute of Technology;
-
Whitehouse Laboratories;
-
上海 ZF 案例研究;
材料測試術語表
-
Actuator;
-
Anisotropic or Anisotropy;
-
Anvils;
-
Calibration;
-
Capillary Rheometer;
-
Capillary Rheometer Die;
-
CEAST: Compagnia Europea Apparecchi Scientifici Torino (CEAST);
-
Charpy;
-
Compression Set;
-
Controller;
-
Creep;
-
Creep and Stress-Relaxation Test;
-
Creep Test;
-
Crosshead;
-
Dynamic Mechanical Analysis (DMA);
-
Elastic Hysteresis;
-
Elastic Limit;
-
Elongation;
-
Extension;
-
Extensometer;
-
Fatigue;
-
Fatigue Test;
-
Fracture Toughness;
-
Gauge Length;
-
Isotropic;
-
Izod Impact;
-
Load;
-
Load Cell;
-
Load Frame;
-
Load String;
-
Melt Flow;
-
Modulus of Elasticity;
-
Modulus of Toughness;
-
Necking;
-
Offset Yield Strength;
-
Poissons Ratio;
-
Pressure Transducer;
-
Prompted Test;
-
Proportional Limit;
-
Ramp;
-
Secant Modulus of Elasticity;
-
Shear Strength;
-
Specimen;
-
Specimen Protect;
-
Strain;
-
Stress Relaxation;
-
Stress Strain Diagram;
-
Tensile Impact Test with Pendulum Impact Tester;
-
Tensile Strength;
-
Transducer;
-
Uncertainty of Measurement;
-
Yield Point;
-
Yield Strength;
新闻与资源
-
Instron Releases New Bluehill® Impact Software;
-
Instron Releases New 9400 Series Drop Towers Featuring Bluehill® Impact Software ;
-
Instron Introduces New 3400 and 6800 Series Universal Testing Systems;
-
Instron Releases the Traceability Module in Bluehill Universal;
-
Instron Introduces AverEdge32 for AVE 2;
-
Instron Launches All-New Live Virtual Training Classes;
-
英斯特朗低周疲劳试验;
-
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;
-
英斯特朗动态疲劳测试软件Wavematrix2的升级;
-
Instron Service Launches Instron Remote Technical Support;
-
Instron Launches Torsion Add On 3 for Axial Test Systems;
-
Instron Supports Development of New Composites Test Standard;
-
Instron Introduces Bluehill Central Lab Management Software;
-
Instron Statement on Log4j Vulnerability;
-
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 TrendTracker Module for Bluehill Central;
-
Migrate to newer Drop Weight Impact Testing technology to minimize risks;
-
Introducing Instron Connect;
-
Instron Introduces New Precision Specimen Loader for Thin Films and Foils;
-
Instron Exhibiting at MDM West 2024;
-
Instron Exhibiting at JEC World 2024;
-
Instron Exhibiting at NPE 2024 | The Plastics Show;
-
Instron Exhibiting at SAMPE 2024;
-
Instron Exhibiting at Prefilled Syringes West Coast 2024;
-
Instron Exhibiting at The Battery Show Europe 2024;
-
Instron Launches Next-Generation Autoinjector Testing System;
-
Instron Exhibiting at CAMX 2024;
-
Instron Exhibiting at NEPCON 2024;
-
Instron Exhibiting at The Battery Show North America 2024;