소프트웨어
- BHI Pendulum
- Bluehill Central
- 3400 시스템의 기본 재료 시험을 위한 Bluehill Elements
- Bluehill Fracture
- CEAST VisualTHERM 소프트웨어
- 낙하 충격 시험기용 Bluehill Impact
- Bluehill Universal
- CrashSim
- DIC Replay
- LCF3 Software
- Console Software For Use With Instron 8800 Systems, ElectroPuls and ExtendUpgrades
- LCF 3 Low Cycle Fatigue Testing Software For Use With Instron 8800 Systems and Extend Upgrades
- CrashSim Office
- RS LabSite® modulogic
- WaveMatrix3 Dynamic Software
시험기 종류
- 실험실 건강 점검
- 자동화 시험기
- AT2 자동 XY 스테이지
- AT3
- AT3 3축 비로봇 자동화 테스트 시스템
- AT6 6축 로봇 자동화 테스트 시스템
- 자동 인젝터 테스트 시스템
- 생체 의학 응용 분야용 CT6 코봇 테스트 시스템
- ElectroPuls 자동 XY 스테이지
- 동시 기계적 시험을 위한 다중 스테이션 시험 프레임
- BI-7000 Servo Hydraulic Plug n Play Test System – The Nano
- BI-7020 Servo Hydraulic Medium Force Fatigue Test System
- BI-7030 Servo Hydraulic High Force Test System
- BI-7040 Servo Electric Test System
- BI-7050 Axial Torsion Test System
- BI-7060 Biaxial Test System
- BI-7080N Damper Noise Detection Test System
- BI-7080N Damper Noise Detection Test System
- BI-7080R Damper Test System for Railway Shock Absorbers
- BI-7090CS Damper Test System – Crank Operated
- Crash Simulation Systems
- Damper Test Systems
- 동적 및 피로 시험 시스템
- Biaxial Cruciform Test Systems
- 8850 series Axial-Torsion System
- Low Strain Rate 8862 Servo-Electric Systems
- BI-7020/40
- ElectroPuls® 16 스테이션 시험 시스템
- ElectroPuls 시스템
- High Temperature Fatigue
- General Purpose Hydraulic Fatigue
- Hydraulic Power Units
- 유압 동력 장치 | 3621 Series
- 8800MT 컨트롤러 / 컨트롤러 업그레이드
- Table Top Fatigue Testing Systems
- Floor standing Fatigue Testing Systems
- High Capacity Fatigue Testing Systems
- Stiffness Based Tuning
- 고변형률 속도 VHS 시스템
- HDT 및 Vicat 시스템
- 충격, 유변학 및 열역학 테스트 시스템
- 충격 시험 시스템
- 낙하 충격 시험기
- 3점 굽힘 충격 시험
- 구성품 및 완성 부품 시험
- 충격 후 압축
- 저온 및 고온 챔버
- Puncture 시험
- 지지대, 텁 홀더, 인서트
- 낙하 충격 시험기를 이용한 인장 충격 시험법
- 웨지 박리 충격 시험
- 진자
- 생산 중단 시스템
- 레오미터 및 용융 유량 테스터
- 생산 중단된 정적 유압 시험 시스템
- 표본 측정 및 준비
- 테스트 시스템 액세서리
- 생산 중단 시스템 – 동적
- 전자 기계
- HDT & 비카트
- 낙하 충격 시험기 및 진자
- 비생산 소프트웨어
- 레오미터 & 용융 흐름 시험기
- Sistemas de ensayo universales industriales hasta 2000 kN
- Structural Durability
- Structural Durability Products
- Controller Labtronic® 8800ml
- Hydropuls® actuators
- Power Packs and Accessories
- Sensors
- Servo valves
- Test frames and fixtures
- Structural Durability Solutions
- Structural Durability and Crash Simulation Testing Machines
- 시스템 개조 및 업그레이드
- TORSION ADD-ON 3.0
- 비틀림 테스터
- MT 마이크로토션 시리즈 비틀림 시험기
- 범용 테스트 시스템
액세서리
- 정렬 고정 장치
- Application Specific Fixtures
- 전기차 배터리 시험용 액세서리
- 바이오메디컬 시스템 및 액세서리
- 복합재 시험 지그
- 커플링 및 어댑터
- 충돌 시뮬레이션 액세서리
- 2-Piece Sled
- Camera Outriggers
- Low Speed Rear Impact Simulation
- Pitching
- Quick Clamping System for Test-Setup-Pallets
- Side and Pole Impact Simulation
- Custom Accessories
- 환경 챔버 및 전기로
- 신율계
- AutoX750 Automatic Contacting Extensometer
- AVE 2 비접촉식 비디오 신율계
- AVE3 어드밴스드 비디오 신율계
- 클립온 신장계 평균화
- Axial Clip-on
- Biaxial Clip-on
- Biaxial Extensometer 25 mm Axial Gauge Length 1 Axial 1 Transverse
- Biaxial Extensometer 50 mm Axial Gauge Length
- Biaxial Extensometer 1 inch Gauge Length
- Biaxial Extensometer 2 Inch Axial Gauge Length 1 Axial 1 Transverse
- Biaxial Extensometer 25 mm Axial Gauge Length 2 Axial 1 Transverse
- Biaxial Extensometer 50 mm Gauge Length
- Compression Deflectometers (LVDT)
- Crack opening displacement (COD) Gauge
- 장거리 이동 신장계
- 축방향 클립온 연신계
- 횡방향 클립 온 신율계
- 패스너 고정 장치
- 패스너 전단 치구
- 플렉스 픽스처
- 3 and 4 Point Fatigue Flexure Fixtures
- Flexure Fixture, Fatigue 3 Point
- Flexure Fixture, Fatigue 3 Point
- Flexure Fixture, Fatigue 3 Point
- 20 KN 3점 및 4점 벤드 픽스처
- 3-Point and 4-Point Bend Fixture
- 3점 Bend Test Fixtures
- 식품 시험 고정구
- 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
- 인장 그립
- 고급 유압 쐐기형 그립
- 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
- 코드 캡스턴 인장 그립
- Elasticated Fabric
- 유압식 사이드 액션 인장 그립
- Hydraulic Wedge Action Grips
- 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)
- 기계식 웨지 액션 그립
- Mechanical – Wedge Grips
- Mechanical Wedge Lever Action Grips
- Lever Action, Mechanical Wedge Grips; Capacity: 150 kN
- Lever Action, Mechanical Wedge Grips; Capacity: 100 kN
- 150 kN Lever Action Mechanical Wedge Grips
- 마이크로 전자부품 인장 그립
- Pneumatic Lead Pull Grip. Rated capacity: 500 N
- Micro Pneumatic Grips, Side Action. Rated capacity: 10 N
- 공압식 코드 및 얀 인장 그립
- Pneumatic/Hydraulic Power Supplies
- 공압 사이드 액션 그립
- Pneumatic Wedge Action Grips
- Pneumatic Wedge Grips
- 2742-103 | ±1 kN Pneumatic Fatigue-Rated Wedge Action Grips
- 2742-205
- 2742-315 ±10 kN ±100 Nm Pneumatic Fatigue Grips
- Screw side action grip Tensile grip
- 자동 조임 편심 롤러 인장 그립
- Torsion and Axial-Torsion Grips
- Axial-Torsion Wedge Grips
- Chuck Style
- Collet Style
- 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)
- Socket Style
- 와이어 및 케이블 인장 그립
- 로드셀
- 프레임 액세서리
- 유압식 그립 펌프
- 파편 보호막
- Hydraulic Grip Pump
- 8800 Series Servohydraulic Test Systems
- Air Cushion Isolators
- 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.
- 8800 Series
- Strain Conditioner for 8800MT Series (Control and Data Aquisition)
- Strain Conditioner for 8800MT Series (Data aquisition only)
- Hydraulic Grip Controls
- 공압식 그립 에어 키트
- Electromechanical Frame Accessories
- Electropuls All-Electric Dynamic Test Systems
- 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
- High Stiffness Support Table For ElectroPuls Test Instruments
- Loadframe Support Tables/Bases
- Support Table, Heavy Duty; For use with all Dual Column Table Top Models
- Base/Extension for Floor Models 4400, 5800 and 5900
- Static Hydraulic Universal Testing System Frame Accessories
- 박리, 마찰 및 관통 시험 지그
- 표본 측정 및 준비
- Specimen Preparation Punching Machines
- Specimen Marking Punches
- Extra Punch Points , Set of Two
- Manual Gauge Point Punch, 8 in Gauge Length
- Manual Gauge Point Punch, 0.5 in Gauge Length
- Manual Gauge Point Punch, 1.4 in Gauge Length
- Manual Gauge Point Punch, Combination 1 in and 2 in Gauge Length
- Manual Gauge Point Punch, Combination 25 mm and 50 mm Gauge Length
- Specimen Measurement Devices
- Vertically Mounted Probe Automatic Measurement System
- Hand Held Automatic Caliper Measurement System with Carbide Tips
- 2850-007
- Micrometer, Outside, 0-25 mm (0-1 in) with Data Cable
- Micrometer, Outside, 25-50 mm (1-2 in) with Data Cable
- Caliper, Standard Jaw, 0-150 mm (0-6 in) w/Data Cable
- Caliper, Standard Jaw, 0-300 mm (0-12 in) w/Data Cable
- Caliper, Pointed Jaw, 0-150 mm (0-6 in) w/Data Cable
- Automatic Data Entry Interface for use with Partner
- Specimen Preparation Systems
- 테스트 플레이트
- 재료 시험용 액세서리 카탈로그
- 목재 시험용 고정구
Resources
- 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
- 554X Machines Serial Number Locator
- 558X Machines Serial Number Locator
- 594X Machines Serial Number Locator
- 596X Machines Serial Number Locator
- 598X Machines Serial Number Locator
- 8801 Machine Serial Number Locator
- 8841 Machine Serial Number Locator
- 8872 Machine Serial Number Locator
- TT-TM Machines Serial Number Locator
Services
- 시스템 이전 및 재배치 서비스
- 재료 교정 시험기
- Calibration and Verification
- 교정 랩 및 인증
- 시험장비 보증 연장 서비스
- Glosario de Organizaciones de Normalización
- Glossaire des Organismes de Normalisation
- Glossario di Organismi di Normazione
- Implementation Assistance
- 설치 및 이전 서비스
- Instron® Connect
- 예방 정비
- 수리 서비스 및 부품
- Return Material Authorization (RMA) Request
- Strain and Extensometers
- 시스템 및 소프트웨어 업데이트 및 업그레이드
- Temperature Verification
- Thank You for Submitting a Return Material Authorization Request
- Types of Calibration and Verification
- 교정 유형
- Updating or Upgrading Your Instron System and Software
Technical Support
- Frequently Asked Questions
- High Performance PC for Instron Dynamic Systems
- FAQs – Impact Systems
- FAQs – Merlin Software
- FAQs – Partner Software
- FAQs – Satec Systems
- FAQs – Screw Driven Machines
- FAQs – Series IX Software
- FAQs – Servo Hydraulic Software
- FAQs – Servo Hydraulic Systems
- FAQs – Static Hydraulic
- FAQs – Training
- FAQs – Video Extensometer
Training
- Classroom Training
- Classroom Training Courses
- Courses
- Bluehill Universal Advanced Test Method Development
- Bluehill Universal Introduction to Test Method Development
- Bluehill Universal TestProfiler Method Development
- Introduction to Static Materials Testing
- 온라인 이러닝
- 데이터 오류
- 서보 유압 시스템 운영자 위험 감소
- 전기 기계 시스템 작업자 위험 줄이기
- 재료 시험의 기본 소개
- Electropuls 시스템에서 작업자 위험 감소
- 생체 의학 테스트의 필수 요소
- Onsite Training at Your Facility
- Regional Training
- Secrets of Reliable Testing
- Training FAQs
- 가상 교육
ASTM
- ASTM A370, ISO 6892-1, ISO 3183 및 API5L: 파이프 및 튜브의 인장 시험
- ASTM A370에 대한 최종 가이드
- ASTM A370, A416, ISO 15630 프리스트레스트 콘크리트를 위한 다중강연선의 인장시험
- ASTM E8, A370, A48, GOST 1497-1에 따른 인장시험을 위한 그립 솔루션(Gripping Solution)
- ASTM A615 – 콘크리트 보강용 이형 및 일반 탄소강 봉강에 대한 표준 규격
- ASTM A746 연주철 지하매설용 배관 파이프를 위한 규격
- ASTM A938 / ISO 7800 와이어 비틀림 시험
- ASTM C109
- ASTM C1550 섬유강화 콘크리트의 굴곡 인성
- ASTM C1609-10에 따른 섬유 강화 콘크리트의 굽힘시험
- ASTM C170 Compressive Strength of Dimension Stone
- 복합재료 샌드위치 구조의 인장강도
- ASTM C365
- Concrete Cylinders
- ASTM C633 용사 코팅의 접착 또는 결합 강도
- ASTM C78 콘크리트 빔의 굴곡 강도
- ASTM C880 치수석재의 굽힘 강도
- ASTM C99 치수석재의 파괴 계수
- 플라스틱 필름 또는 시트의 ASTM D1004 인열 저항(그레이브스 인열)
- 마이크로 인장 시편을 사용한 플라스틱의 ASTM D1708 인장 특성
- 접착성 접합 소재에 대한 ASTM D1002 중첩 전단 시험에 대한 최종 가이드
- ASTM D1037
- ASTM D1238
- ASTM D1238 – Testing High Fluidity Samples with a Piston Holding Device
- ASTM D1238 압출 플라스토미터에 의한 열가소성 플라스틱의 용융 유동성
- ASTM D1335
- ASTM D1414
- ASTM D1525 Determination of Vicat Softening Temperature of Plastics
- ASTM D1621
- ASTM D1876
- ASTM D1894
- ASTM D2256
- ASTM D2261
- ASTM D2444 열가소성 파이프와 연결부의 충격 저항 특성
- 탄소/PPST 복합재료에 관한 아이조드(Izod) 충격 시험 (ASTM D256)
- ASTM D256 Impact Strength of 3D Printing Peek
- ASTM D2844 AASHTO T190 CTM 301: 다짐 흙 수분 삼출 시험
- ASTM D3039 고분자 기지 복합재료의 인장 특성
- ASTM D3163
- ASTM D3330
- ASTM D3364 폴리 염화 비닐(Poly Vinyl Chloride)의 유동율(Flow Rate)
- ASTM D3410
- ASTM D3763 플라스틱의 고속 관통 특성
- ASTM D3822 섬유 단사의 인장 특성
- 니트(neat)와 탄소 강화 폴리에테르 에테르 케톤 (PEEK)의 압출 성형 (ASTM D3835)
- ASTM D3846 강화 플라스틱의 면내 전단 강도
- ASTM D4018
- ASTM D412 엘라스토머의 인장 시험에 대한 최종 가이드
- ASTM D413 고무의 특성 – 유연 기판에의 접착력
- ASTM D429 고무의 특성 – 경질 기판에의 접착력
- ASTM D4632
- ASTM D5034
- ASTM D5035
- ASTM D5587 사다리꼴 형태 직물의 인열 강도
- ASTM D575-91
- ASTM D5766
- ASTM D5961
- 샤르피 충격 특성의 ASTM D6110 측정
- ASTM D6272 플라스틱 및 절연 재료의 굴곡 특성
- ASTM D638
- ASTM D6484
- ASTM D6641
- ASTM D695
- ASTM D7136/D7136M-05 낙추 충격에 대한 복합 재료의 손상 저항성 측정
- ASTM D7137
- ASTM D7192 플라스틱 필름의 고속 관통 특성
- ASTM D7269 아라미드 코드의 시험에 적합한 그립
- ASTM D7860
- ASTM D882
- ASTM D885 유기물 기반 섬유로 가공된 산업용 필라멘트실(filament yarn)의 시험
- ASTM D903 접착성 본드의 박리 강도에 대한 최종 가이드
- 목재 전단시험
- Fire Resistant Steel: High-temp testing related to ASTM E119
- ASTM E1820
- ASTM E190, AWS B4.0
- ASTM E208 페라이트강의 무연성(취성) 천이 온도 측정을 위한 낙하 충격시험
- ASTM E21
- ASTM E23 소형 시편을 사용한 샤르피 충격시험
- ASTM E290
- ASTM E345
- ASTM E399
- ASTM F1306 유연 차단 필름 및 라미네이트의 저속 관통 저항력
- ASTM F1614 에너지 제어를 사용한 운동화의 충격 및 피로시험
- ASTM F1717, 척추 보형물, 정적시험, 피로시험
- ASTM F2077 척추 간 고정 보형제의 특성화와 피로시험
- ASTM F2193
- ASTM F2256 T-박리시험을 통한 조직 접착제의 접착강도 측정
- ASTM F2267 축방향 압축을 받는 척추간 고정 보형제의 평가
- 추간판 보철의 특성과 피로도(ASTM F2346)
- ASTM F2412 – Impact Resistance – Safety Shoes
- ASTM F2458
- 니티놀 재료의 ASTM F2516 인장 시험
- ASTM F2606
- ASTM F382 금속제 본 플레이트(Bone Plates)의 굴곡 피로시험
- ASTM F384 금속제 각형 정형외과용 골절 고정 장치
- ASTM F543 금속 의료용 뼈 나사 시험 방법
- ASTM F606 패스너, 와셔 & 리벳 테스트
- ASTM F88 Seal Strength of Flexible Barrier Materials
- Bone Screw Testing
- ASTM F3014
- Polymer Hydrogels
- ASTM D3574에 대한 최종 가이드
- 고무 및 엘라스토머의 ASTM D624 인열 강도 테스트
- ASTM D790
- 금속 재료의 ASTM E8 인장 시험
ISO
- ASTM A370, ISO 6892-1, ISO 3183 및 API5L: 파이프 및 튜브의 인장 시험
- ASTM A938 / ISO 7800 와이어 비틀림 시험
- ISO 10113:2006 – 소성 변형비
- ISO 10275:2007 인장 변형 강화(Tensile Strain Hardening) 지수
- 토목 합성물 (Geosynthetics) 를 위한 비접촉 연신계
- Catheter Tubing
- ISO 11040에 따른 주사기 시험
- ISO 11193-1
- ISO 1133 열가소성 플라스틱의 용융 질량 흐름(MFR)과 용융체적흐름(MVR)
- ISO 1133-2 and ASTM D1238: when Load Cell ensures Repeatability of Results.
- ISO 11339 T형 박리 시험 – 유연한 소재끼리 접착된 부품
- ISO 11343
- ISO 11443, ASTM D3835 Determination of Properties of Polymeric Materials with a Capillary Rheometer
- ISO 11443 and ASTM D3835 tests to study Polymer Degradation
- ISO 11443 – Rheology of Heat-Curing Elastomers/Silicone at Room Temperature
- ISO 11443 캐필러리 및 슬릿 다이 레오미터를 사용한 플라스틱의 유동성 측정
- ISO 11443, 스포츠 고글의 사출 성형
- ISO 11443 – Rheology of low viscosity fluid for spray application
- ISO 11443 출구 팽창(Extrudate Swelling)
- ISO 11608
- ISO 11897 열가소성 필름 포장재, 가장자리 접힘부의 인열 전파
- ISO 12111 & ASTM E2368
- ISO 13001 and ASTM D3479 Improving Throughput in Composites Fatigue Tests
- ISO 13934-1
- ISO 13937-2 섬유의 인열 특성
- ISO 13937-3 섬유의 인열 특성
- ISO 13937-4 직물의 인열 특성 – 혀 모양의 시편
- ISO 14125 섬유강화 플라스틱 복합재료의 굴곡 특성
- ISO 14126 섬유강화 플라스틱 복합재료의 면(In-Plane) 압축특성
- ISO 14129 면내 전단 응력/전단 변형률 응답
- ISO 14130 Determination of Apparent Interlaminar Shear Strength by Short-Beam Method
- ISO 1421 고무 코팅 또는 플라스틱 코팅된 직물의 인장 강도 및 파단 신율
- 현무암 강화 플라스틱(Basalt Fiber Reinforced Plastic, BFRP) 보강재 인장 시험
- ISO 14801
- ISO 14879 슬관절시험 : 경골판의 피로시험
- Iso 15630 1
- 정형외과에서 사용되는 아크릴수지 시멘트의 굴곡 시험 (ISO 16402)
- ISO 17744 Determination of specific volume as a function of temperature and pressure (pvT diagram)
- ISO 179-2 계장화(Instrumented) 충격을 이용한 샤르피 충격 특성 결정
- ISO 1798 연질 발포 고분자 재료의 인장 강도
- ISO 180 플라스틱 – Izod 충격 강도의 결정
- ISO 18489
- ISO 1926 경질 발포 플라스틱의 인장 특성
- 실의 파단에서의 파단 하중과 신율 (ISO 2062:1995)
- ISO 20795-1 and 20795-2 Flexure Test of Base Polymers
- ISO 2411 고무 및 플라스틱 코팅 된 직물의 코팅 접착
- ISO 306 Determination of Vicat Softening Temperature (VST)
- 목재 굽힘시험
- NASM 1312-13 패스너의 이중 전단 시험
- ISO 34-1
- 고무 접착, 가황처리, 열가소성 수지 처리된 직물의 접착 강도 (ISO 36)
- ISO 37
- ISO 4587 단단한 재질 사이의 접착제 인장 랩 시어 강도(Tensile Lap Shear Strength)
- ISO 527-2:2012 플라스틱의 인장 특성
- ISO 527-3
- ISO 527-4 복합소재의 인장 시험
- ISO 604 플라스틱의 압축 특성
- ISO 6383-1 플라스틱 필름과 시트의 인열 저항
- 혼합재 레진 재료의 충격 저항성 – 해상 애플리케이션
- ISO 6603-2 경질 플라스틱의 관통 충격 거동
- ISO 6603 – ASTM D3763: Quick impact at low temperature
- 치과용 세라믹의 굴곡 강도 시험 (ISO 6872)
- ISO 6892-1:2009 금속 소재 인장 시험
- ISO 6892-2
- ISO 7206-4, 7206-6, and 7206-8 인공 고관절 임플란트 보철물의 내구 및 피로시험
- 플라스틱 제품에 대한 HDT와 VST 시험 (ISO 75와 ISO 306)
- ISO 7886-1
- ISO 7886-1 – Syringe
- 의료 애플리케이션의 액체 및 가스용 ISO 80369 소구경 커넥터
- ISO 8067 연질 발포 고분자 재료의 인열강도
- ISO 813 경질 기판에의 고무 접착 강도
- ISO 8256 Tensile Impact Tests on Playing Cards (PVC)
- ISO 8295 플라스틱 필름 및 시트 마찰 계수
- ISO 844 경질 다공성 플라스틱의 압축 특성
- ISO 898-1
- ISO 9073-4 부직포의 인열강도
- (ISO TS 11405) 치과용 재료 및 접착제의 인장 접착 및 결합 강도
- ISO 178에 대한 최종 가이드
Others
- 섬유강화 플라스틱에 대한 충격 후 압축강도 측정을 위한 AITM Airbus 시험 방법
- ANSI/AWS B4.0
- ASTM A370, ISO 6892-1, ISO 3183 및 API5L: 파이프 및 튜브의 인장 시험
- Axial Torsion Fatigue Testing
- 볼 인덴트 (Ball Indent) 시험 치구
- Blister Pack Testing
- BSS 7260 복합재료 라미네이트의 충격 후 압축 강도
- BS EN 319 파티컬 보드(Particleboards) 및 파이버 보드(Fiberboards)의 수직 인장강도
- Rheological tests on cap liners manufactured for plastic bottle caps
- 압축기 밸브의 피로시험
- 컴퓨터 키보드의 피로시험
- 십자형 시편의 다축 응력 상태
- 치과재료 및 접착제의 전단 접착 강도 시험
- 인조 다이아몬드의 내충격 성능
- Drill Bit Tips
- 엘라스토머 재료 및 부품의 내구성 및 피로시험
- Spring Simulation with the ElectroPuls
- Electro-Thermal Mechanical Testing
- EN12089 – 단열 제품의 휨 거동의 측정
- EN12090 – 단열 제품의 전단 거동 측정
- EN 12242
- EN 14477 Puncture Resistance of Flexible Packaging Material
- EN 14509 지붕 및 외벽용 샌드위치 판넬의 전단 강도와 전단 모듈러스
- EN 1465
- EN 1719
- EN 2561:1995 Carbon Fiber Reinforced Plastics — Unidirectional Laminates — Tensile Test Parallel to the Fiber Direction
- EN 2597
- EN 50086-2-4 지하 매설 케이블 관리를 위한 매설관 시험
- EN 826 – 단열 제품의 압축 거동의 측정
- EN 868-5
- EN12430 – 단열 제품의 점 하중에서의 거동 측정
- 압출 플라스토미터 수동 질량 선택기
- 대퇴부 고정못(Femoral Nails)의 동적 피로시험
- High Velocity Three-Point Bending Test – Fiber Cement Materials
- 손가락 임플란트의 피로시험
- FINAT Test Method 2 – 90° 박리접착 시험
- 금속재의 고변형률 시험(High Strain Rate Testing Metals)
- High-speed impact testing on dashboards
- IS 1608 실온에서의 금속재료 인장시험
- EN 1939 접착 테이프의 박리 시험
- 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
- 생체 조직 및 바이오 소재를 위한 저하중 피로시험
- 기계적 성질을 결정하기 위한 뼈의 In Vitro Micro-indentation
- MIL-STD-883
- 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
- 잔류밀폐력(Residual Seal Force)
- 지붕 타일의 내충격 성능
- 미식 축구용 헬멧의 충격 성능
- 쇼크업소버의 내구시험
- Plastic Shotgun Shell Wad의 충격 저항성
- 스포츠용 공의 팽창 압력에 대한 동적 연구
- 스텐트(Stent) 재료와 구조의 피로시험
- Surgical Sutures
- Syringe Needle Testing
- TAPPI 규격에 따른 종이 인장시험
- 플라스틱의 저하중 동적 피로시험
- 타이어 보강 와이어의 피로 및 파괴시험
Automotive
- Chassis
- Bumper Impact Testing
- Chassis and Body High Strain Rate Testing
- Composite Laminates Compression After Impact Testing
- Composite Laminates Tensile Testing
- Crash Simulation
- Exhaust Line Durability Test
- Exhaust Mount Fatigue Testing
- Fatigue Testing
- Full Vehicle Testing
- Road Simulation System
- Sheet Metal Bend Testing
- Sheet Metal Tensile Testing
- Structural Durability
- Drivetrain
- Axle Test System
- Clutch Durability Testing
- Drive Shaft Durability Testing
- Drive Shaft Torsion Testing
- Shock Absorbers Impact Test
- Electronics
- Bend Test on PCB
- Button and Switch Compression Testing
- Display Panel Testing
- Electrical Wire and Insulation Tensile Testing
- Terminal Strength Test
- Engine
- Crankshaft Torsional Fatigue Testing
- 내연기관 피로 시험
- Non-ambient Metals Tensile Testing
- Non-ambient Plastics Tensile Testing
- Interior
- Dashboard Drop Weight Impact
- HDT and Vicat Testing
- Headliner Peel Testing
- In Situ Testing
- Knobs and Buttons Tension Torsion Testing
- Plastics Tensile Testing
- Rigid Plastics Bend Testing
- Seating Foam Compression Testing
- Textiles Testing
- Joining
- Safety Systems
- Wheel and Tire
Biomedical Testing
- 21 CFR Part 11
- Biomaterials
- Bioadhesives Peel Testing
- Hard Tissue Testing
- Hydrogel Tensile Testing
- Impact Tests On Orthopedic Implants
- 알약의 내충격 특성
- Soft Tissue Testing
- 고분자 박막의 인장 시험
- 각도 조절형 박리 치구를 이용한 조직의 박리 강도 시험
- Dental
- Drug Delivery Device and Container Testing
- Guide to PPE Testing
- Implantable Devices
- Contact Lens Testing
- 血栓过滤器径向力评估
- Heart Pacemaker Testing
- Ocular Implant Testing
- 스텐트 그래프트(stent grafts)의 반지름 방향 힘의 측정
- Stent Testing
- Medical Consumables
- On Body Delivery Systems
- Orthopedics
Electronics
- Electronic Devices
- Bend Testing of Cables and Wires
- 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
- Lap Shear Test
- Peel Testing Photovoltaic or Solar Cells
- Pin Pull Test of Connectors
- Tension Testing of Cables and Wires
- Keypad
- 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
Blog
- How Calibration Providers Impact Your Risk
- 더 나은 약물 전달 장치 구축
- 복합재료 시험에서 정밀도가 중요한 이유
- Instron 시스템에 변환기를 연결하는 방법: 네 가지 방법
- USP 381 및 대체품의 전환
- 귀사의 테스트 랩은 Windows 11을 사용할 준비가 되었습니까?
- 제약 산업 집중 조명: 약물 전달 장치 시험 역량 확대
- Reducing Variability in High Temperature Materials Testing
- High vs. Low Flow Materials: 4 Testing Solutions to Enhance Reliability and Accuracy of Your Results
- 펜듈럼용 블루힐 임팩트
- How to Choose the Right Mechanical Testing Automation for Your Biomedical Manufacturing Lab
- Mechanical Testing in the Biomedical Industry
- 5 Steps to Effective Mechanical Testing Automation for Biomedical Labs in CDMOs
- 자동화가 플라스틱 시험을 어떻게 개선할 수 있는가
- Ductile to Brittle Transition Temperature
- Top 5 Considerations When Selecting a Pendulum Impact Testing Machine
- 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
- Alignment Tips for the AutoX750 Extensometer
- 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
- Materials and Applications Solutions for the Biomedical, Plastics, and Elastomer Industries
- 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
- What Does “Touch-friendly” Software Actually Mean?
- 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
- What is a Texture Analyzer?
- Penn State Students Receive a Behind-the-Scenes Tour
- Small Transitions to Automation Make a Big Impact
- Increase Efficiency Without Sacrificing Safety
- Overcoming Sheet Metal Testing Challenges
- Instron Supports MassChallenge Startups
- Step-by-Step Tutorial on Using Melt Flow Tester to ISO 1133 and ASTM D1238
- Importance of Medical Packaging Standards
- An Introduction to Digital Image Correlation
- 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?
- Tips and Tricks for Packaging Testing
- 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
- How to Address Challenges in QC Medical Device Testing
- 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?
- Looking for Ways to Keep Bent Test Specimens Securely Aligned?
- Challenges of Rebar Testing
- Composites on the Move
- Reducing Variablity in Plastics Testing
- Plastics Testing: Increasing Laboratory Efficiency & Throughput
- 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
- Understanding Changes to Key Plastics Testing Standards
- 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
- Changes Pipe & Tube Manufacturers and Suppliers Should Know
- 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?
- 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
- 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?
- 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
- A New Long-Term Bypass Solution
- Google for Test Results
- 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
- Race Ahead of Strain Measurements
- 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
- Beijing Naton Medical Group
- Boston University | KABlab
- Unique Dynamic and Static Testing Function of ElectroPuls
- Ghent University
- Ghent University2
- INNOPROOF
- Kiguchi Technics
- LOLIWARE
- Polyset Company
- PRA
- Primo Medical Group
- Realtest Case Study
- Samyang
- Siemens combine Machine Learning with ElectroPuls
- Synoste
- TPRC
- Tubular Services
- TÜV SÜD Case Study
- UCL Low Force Testing with ElectroPuls
- University Research
- Vamp Tech
- Wentworth Institute of Technology
- Whitehouse Laboratories
- ZF Shanghai Case Study
News
- 서보 유압식/기계식 피로시험기 제품 수명주기 정책
- Register Now for the 2025 Metals Testing Showcase
- 25 Ways to Test a Syringe: On-Demand Webinar
- 블루힐 센트럴 2 소프트웨어 플랫폼 출시
- Dortmund Biomedical Workshop
- Instron, 100 kN 탁상형 만능 재료 시험 시스템 출시
- Instron Exhibiting at CAMX 2024
- Instron Exhibiting at InterBattery 2025
- Instron Exhibiting at JEC World 2024
- 2024년 MDM 웨스트에 참가하는 Instron
- 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 AVE 2
- Instron Introduces Bluehill Central Lab Management Software
- Instron Introduces New 3400 and 6800 Series Universal Testing Systems
- Instron, 100kN 및 300kN 용량의 신형 3400 및 6800 시리즈 만능 재료 시험기 출시
- Instron Introduces New Precision Specimen Loader for Thin Films and Foils
- Instron Introduces TrendTracker Module for Bluehill Central
- Instron Launches All-New Live Virtual Training Classes
- Instron, 새로운 AVE3 고급 비디오 신장계 출시
- 인스트론, 차세대 오토인젝터 테스트 시스템 출시
- Torsion Add-On 3.0 for Axial Test Systems
- Instron Releases New 9400 Series Drop Towers Featuring Bluehill® Impact Software
- Instron Releases New Bluehill® Impact Software
- Instron Releases Traceability Module in Bluehill Universal
- Instron Service Launches Instron Remote Technical Support
- Instron Statement on Log4j Vulnerability
- Instron Supports Development of New Composites Test Standard
- Instron, JEC World 2026 전시회 참가
- Instron to provide free remote training opportunities for students and teachers impacted by COVID-19
- Introducing Instron Connect
- Join Instron at Pharmapack 2026
- Migrate to newer Drop Weight Impact Testing technology to minimize risks
- Instron Introduces New 10-Year Mechanical Systems Warranty
- New AT3 Floor Model Automated Testing System
Glossary
- 동적 기계 분석 (DMA)
- 모세관 레오미터
- 모세관 레오미터 다이
- 아이조드 (충격)
- 압력 트랜스듀서
- 오프셋 항복 강도
- 용융 흐름
- 인장 강도
- 재료 시험기
- 측정 불확도
- 크리프 및 응력 완화 시험
- 액추에이터
- 이방성 또는 이방성
- 앤빌
- 교정
- CEAST: Compagnia Europea Apparecchi Scientifici Torino (CEAST)
- 압축 영구 변형
- 컨트롤러
- 크리프
- 크리프 시험
- 크로스헤드
- 탄성 이력 현상
- 탄성 한계
- 연신율
- 연신
- Extensometer
- 피로
- 피로 시험
- 파괴 인성
- 표점 거리
- 샤르피 충격
- 등방성
- 하중
- 로드셀
- 하중 프레임
- 하중 스트링
- 충격 최대(항복) 하중
- 탄성 계수
- 인성 계수
- 네킹
- 푸아송 비
- 프리사이클링
- 프롬프트 테스트
- 비례 한도
- 램프
- 할선 탄성 계수
- 전단 강도
- 시편
- 시편 보호
- 변형률
- 응력
- 응력 완화
- 응력-스트레인 다이어그램
- 인열 저항
- 인열 강도
- 진자형 충격 시험기를 이용한 인장 충격 시험
- 파단 시간
- 트랜스듀서
- 진응력
- 수익률 포인트
- 항복 강도
Videos
- 3-Jaw Chuck for Materials Testing
- 3500KPX | Static Hydraulic Universal Testing System
- 6 Benefits of Storing Testing Files in a Centralized Database
- 90° Pneumatic Peel Fixture: Testing Adhesion of Electrodes in Lithium-Ion Batteries
- About Instron: The Leading Force in Mechanical Testing
- Accessing Calibration Certificates & Service History: Quick Tips From Instron® Service
- Accuracy and Usable Range of Load Cells
- Advanced Hydraulic Wedge Action Grips
- Applications of HDT and Vicat Tests
- ASTM D1002: Lap Shear Testing of Adhesively Bonded Metals
- ASTM D1894 and ISO 8295: Coefficient of Friction on Plastic Film
- ASTM D3330: Test Method for Peel Adhesion of Pressure-Sensitive Tape
- ASTM D624: Tear Strength Testing of Rubber and Elastomers
- ASTM D695 / ISO 604: Compressive Properties of Rigid Plastics
- ASTM D882 / ISO 527-3에 따른 박막 인장 시험
- ASTM D903: Peel or Stripping Strength of Adhesive Bonds
- ASTM F1614: Shock Attenuation Testing of Athletic Footwear
- ASTM F88
- AT2 Automated XY Stage: Configured for Plastic Extrudate Crush Testing
- AT2 Automated XY Stage: Throughput and Efficiency
- AT3 Automated Film Tensile Testing to ASTM D882
- AT3 Automated Testing System
- AT3 Automated Testing System: Configured for Elastomer Testing
- AT3 Automated Testing System: Configured for Foil Testing
- AT3 Automated Testing System: Configured for Medical Glove Testing
- AT3 Automated Testing System: Configured for Metals Tensile Testing
- AT3 Automated Testing System: Configured for Thin Film Testing
- AT6 Automated Testing System: Configured for Metals Tensile and Hardness Testing
- AT6 Automated Testing System: Configured for Non-Ambient Elastomer Testing
- Autoinjector Testing System: Simple Test Methods
- Autoinjector: Device Changeover and System Alignment
- Autoinjector Testing System: Root Cause Analysis
- Extend Your Warranty Agreement
- Automated Carousel Testing System
- AutoX750 Automatic Contacting Extensometer
- AVE 2 Dynamic: High Force Applications
- AVE 2 Dynamic: Low Force Applications
- AverEdge32: 판금용 고급 평균 횡변형 측정
- Axial Clip-On Extensometer
- Bluehill 1, 2, and Lite: Your Software’s Next Steps
- Bluehill® 3 | Your Software’s Next Steps Webinar
- Bluehill Central: Lab Management Software from Instron
- Bluehill Impact Tup Calibration Alert for Drop Weight Impact Tester
- Busbar Terminal Weld Testing — For Electric Vehicle Batteries
- Charpy impact test
- Che cose un prova di trazione
- Choice Inputs in Bluehill Universal Software
- Compression After Impact with a Drop Weight Impact Testing Machine
- CT6 Cobot Configured for Auto-Injector Testing
- CT6 Cobot Configured for Syringe Testing
- CT6 Cobot Configured for Torsion Testing
- Curved Needle Test System | Penetration Testing to ASTM F3014-14
- Cylindrical Cell Weld Testing — For Electric Vehicle Batteries
- DCPD Measurement for Fracture Toughness and Crack Growth
- Downloading Bluehill Universal Updates: Quick Tips From Instron Service
- Drop-Through Load Cell Adapter for 6800 Series Retrofits
- Electrical Contact Testing on a Universal Testing Machine
- ElectroPuls E20: Hamm-Lippstadt University Case Study
- ElectroPuls® E20000
- ElectroPuls | G.RAU Inc. | 사례 연구
- Environmental Chambers for Non-Ambient Materials Testing: 3119-600 Series
- Expert Tips for Testing Electronics
- Force and Strain | What You Need To Know Webinar
- The Hidden Variables in Your Test Results
- High Volume Hot Tensile Testing | Dual Furnace Setup on 68FM-100
- How To Optimize Your Lab Management with Bluehill Central
- Inside Instron: Precision Manufacturing at Our Binghamton, NY Facility
- Instron 100 kN 탁상형 모델
- Instron 3400 & 6800 Series System Retrofits
- Instron® 68FM Universal Testing Systems: Advanced Performance for High-Force Testing
- Instron® | 9400 시리즈 낙하 충격 시험기
- Instron® AT3 | Configured for Flex Testing
- Instron® AT3 | Configured for Tensile Testing
- AVE 2 Non-Contacting Video Extensometer
- Instron AVE3 어드밴스드 비디오 신율계
- Instron Connect
- Instron Connect and Instron® Professional Services
- Instron Connect Feature Highlights: SightCall
- Instron Connect InSkill: AI-Driven Troubleshooting Tool
- Instron Connect InSkill: Calibration Certs & Service History
- Instron Connect Portal: AI Troubleshooting Tool
- Instron Connect Portal: Calibration Certificates and Service History
- Instron Connect Portal: Creating an Account
- Instron Connect Portal: Downloading Software Updates
- Instron Connect Portal: Raising a Support Request
- Instron Connect Software: Bluehill 3 Screenshare
- Instron Connect Software: Bluehill Universal Screenshare
- Instron Connect Software: Calibration Reminders
- Instron Connect Software: Downloading Bluehill Universal Updates
- Instron® | CT6 Cobot With Universal Testing System
- 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
- 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 | 경질 발포 플라스틱 압축 시험
- Lab Management in Bluehill Central
- Long Travel XL Extensometer
- Materials Testing for Aerospace Applications
- Mechanical Testing of Additive Manufactured Materials & Components
- 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
- Piggyback Load Cell Adapters
- Piggyback Load String Adapters
- Precision Specimen Loader for Thin Films and Foils
- Puncture Test Fixture: Testing Separator Film for Electric Vehicle Batteries
- Putting History to the Test
- Quick-Mount Load Cell Adapters
- Quick-Mount Load Cell Adapters
- 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
- Specimen Alignment Device CP135054
- Specimen Protect: 6800 and 5900 Series Universal Testing Systems
- Tack Testing Fixture Testing the Adhesion of Electrodes
- Teams in Bluehill Central
- Tensile Grip Guide
- Testing Insulin Delivery Devices
- The Definitive Guide to Metals Tensile Testing to ASTM E8 and ASTM A370
- The Definitive Guide to Syringe Testing Per ISO 11040 & ISO 7886
- TrendTracker for Bluehill Central Software
- 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?
- What is Compression Testing?
- What Is Peel Testing?
- What Is Peel Testing?
- What is Tensile Testing?
- Why Is Preventative Maintenance Important?
- Why Use a Mechanical Tensioner to Secure Your Load Cell
