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ASTM F1717 Testing of Spinal Constructs, Static, Fatigue, Torsion

ASTM F1717 Testing of Spinal Constructs, Static, Fatigue, Torsion — ASTM F1717 defines methods for static, fatigue, and torsion testing of spinal constructs to minimize failure from normal patient activity and fatigue.

ASTM F2077 Characterization and Fatigue of Spinal Intervertebral Body Fusion Devices

ASTM F2077 Characterization and Fatigue of Spinal Intervertebral Body Fusion Devices — ASTM F2077 reveals the axial-compression, compression-shear, and torsion tests needed to understand spinal intervertebral body fusion devices.

ASTM F2267 Evaluating Spinal Intervertebral Body Fusion Devices Under Axial Compression

ASTM F2267 Evaluating Spinal Intervertebral Body Fusion Devices Under Axial Compression — ASTM F2267 advises on in vitro axial-compression tests to compare fusion implants used in spinal intervertebral body fusion devices.

Puncture Testing of Pharmaceutical Bottle Seals

Puncture Testing of Pharmaceutical Bottle Seals — A rounded probe attached to a load cell on a Universal Testing Machine may mimic a human finder opening seals on pharmacy bottles.

Spring Simulation with the ElectroPuls

Spring Simulation with the ElectroPuls — With the ElectroPuls, the 8800 controller with Modal Control simulates springs needed to determine the specifications of an ideal spring for an auto-injector.

Fatigue Testing of Finger Implants

Fatigue Testing of Finger Implants — ElectroPuls and 8870 test instruments can determine the fatigue life and impact performance of orthopedic devices used in reconstructive surgery.

Intraocular Lens Testing

Intraocular Lens Testing — A 5942 testing machine can be used with a saline bath to test the compression of an intraocular lens made to improve the eyesight of a patient.

ISO 14879 Knee Testing: Fatigue of Tibial Trays

ISO 14879 Knee Testing: Fatigue of Tibial Trays — The 8870 and ElectroPuls systems can determine the fatigue properties of tibial trays used with total knee replacements to prevent failure from biological reactions.

ISO 7886-1 Testing Sterile Hypodermic Syringes

ISO 7886-1 Testing Sterile Hypodermic Syringes — Instron's syringe test fixture works for various specifications and follows ISO 7886-1 to test the aspiration and injection of liquids.

Needle Insertion Force Measurement: Multi-needle Test Fixture

Needle Insertion Force Measurement: Multi-needle Test Fixture — Instron's multi-needle and single-needle test fixtures reduce time in testing needle insertion force in the development and quality control of needles.

Syringe and Plunger Force Testing

Syringe and Plunger Force Testing — Instron's syringe fixture for Universal Testing Systems provides an accurate representation of conditions in order to test the forces within needles and syringes.

Low Force Dynamic and Fatigue Testing of Orthopaedic Micro-Implants for Fracture Fixation

Low Force Dynamic and Fatigue Testing of Orthopaedic Micro-Implants for Fracture Fixation — Orthopedic micro-implants used to treat bone problems and soft tissue injuries need to be tested in simulated loading conditions to prevent failure.

Push-Through Test for Pharmaceutical Blister Packs

Push-Through Test for Pharmaceutical Blister Packs — A custom Instron fixture was designed to work alongside a 5965 frame to test the force needed to push a tablet through a blister pack.

Radial Force Evaluation of Stent Grafts

Radial Force Evaluation of Stent Grafts — Stent grafts reduce the chance of risk in treating aneurysms, and their radial force can be tested to minimize movement with a RX675.

Syringe Testing Fixture for Determining Force Required to Eject Fluid and Medication

Syringe Testing Fixture for Determining Force Required to Eject Fluid and Medication — Instron's syringe testing figure assists pharmaceutical manufacturers in determining the force needed to eject medications from needles and syringes.

Biomedical Components Testing Using an XY-Stage

Biomedical Components Testing Using an XY-Stage — Instron's XY Test Stage mounts to various universal testing systems to work as a precise force applicator without touching the wrong components.