Biomedical Systems and Accessories
Whether your application involves syringes, Luer locks, auto-injectors, pen injectors, sutures, prosthetics, implants, medical packaging, or PPE, Instron offers a range of fixtures and accessories for testing to industry standards. To learn more about the latest testing applications for drug delivery devices and containers, medical consumables and packaging, cardiovascular and interventional devices, biomaterials, orthopedic implants, and dental devices, visit our Biomedical Industry page.
Autoinjector Testing System
Developed in close partnership with pharmaceutical device manufacturers and CDMOs, Instron’s latest generation Autoinjector Testing System can perform full functionality testing on a wide range of drug delivery devices – such as needle shield and button-activated devices, as well as safety syringes. This system measures a variety of essential performance requirements, including cap removal, dose accuracy, activation force, injection time, needle depth, click detection, and needle guard lockout – allowing labs to meet internal quality requirements and international standards such as ISO 11608.
Torsion Add-On 3.0
Designed for simple, simultaneous or independent axial and torsional testing, the Torsion Add-On 3.0 increases the capabilities of your lab – allowing you to expand product development capabilities and simulate real-world applications of your products. It’s perfect for testing the performance of Luer locks, bone screws, along with medical devices, packaging, tubing, and more.
ISO 80369 Testing System
Instron’s ISO 80369 system is built on our advanced 6800 Series universal testing machines with biaxial capabilities, delivering exceptional performance and flexibility to support a wide range of medical device testing.
By consolidating mechanical and pressurized leakage performance tests into a single machine, it enhances efficiency, reduces evaluation time, and minimizes device usage. Featuring modular configurations for syringes, IV hubs, and connectors, this system ensures precise alignment and adaptability for diverse device geometry. Maximize your testing capabilities with the Instron ISO 80369 system, engineered for both standard and custom device testing.
Syringe Test Fixtures
Our syringe fixtures are engineered to accurately measure the forces required to operate syringes and syringe–needle combinations, including break‑loose and glide forces.
- The CP131100 universal syringe test fixture accommodates common syringe sizes from 1 ml to 50 ml. It's adjustable gripping mechanism allows quick setup across multiple syringe sizes, making it ideal for test laboratories.
- The 2870-001 syringe test fixture offers a simple, insert based design that supports the syringe flange during testing.
- The 2870‑003 syringe test fixture meets ISO 7886‑1 Annex G requirements for sterile, single‑use hypodermic syringes.
Universal Vial Fixture
Achieve consistent, repeatable residual seal force (RSF) measurements across a wide range of vial sizes with our Universal Vial Fixture. Engineered for labs that switch between vial formats, it offers exceptional flexibility, simplifies setup, and enhances the reliability of container closure integrity testing.
Automated Carousel Testing System
Instron’s Automated Carousel Testing System utilizes an innovative, adaptable design for testing of medical vials, cartridges, and pre-filled syringes. The small footprint allows it to be put on standard lab benches adding automation to even the smallest labs. It is designed with easy wipe-down surfaces and stainless steel covers for biomedical environments. Commonly configured to automate testing of residual seal force (RSF) and compression testing.
Curved Needle Testing System
Built on the 6800 Series platform, the curved needle testing system is designed for testing needles used in wound closure or surgical procedures. This system can be used to perform curved needle puncture testing per ASTM F3014 in addition to cantilever bend testing. The curved needle puncture testing fixture is used to evaluate needle sharpness and coating durability, and the needle bend testing fixture is used to evaluate the flexural properties of a needle during use. The testing system operates with Bluehill® Universal software that provides test control, data acquisition, test results, and reports, as well as a large library of calculations.
BioBath
The temperature-controlled BioBath allows for accurate simulation of the environmental conditions required for biomedical testing. The bath has a pneumatic lifting and lowering mechanism that allows for ease of use, increases productivity, and minimizes the risk of spilling fluid on the surrounding test equipment. Most importantly, the BioBath was specifically designed for compatibility with our newest video extensometers, allowing for unparalleled accuracy in strain measurement.
ElectroPuls® Biomedical Fluid Bath - 5 Liter
The ElectroPuls Fluid Bath is the ideal solution for a wide variety of biomedical testing applications in a saline solution or distilled water. When used in conjunction with the Temperature-Controlled Fluid Re-circulator (CP106108), the fluid temperature can be regulated simulating a body temperature of 37°C (98.6°F) for in vivo conditions. The cylindrical, transparent design gives good visibility of the submersed specimen from all sides. Also included is a lid to minimize evaporation during longer term fatigue tests with a vent hose to connect to a drain and an additional tray to prevent spillage of fluid.
BioBox
Within the medical device industry, regulatory agencies often test internally-based devices and implants in a physiological state. The lnstron® BioBox meets the growing trend of testing actual medical devices and biomaterials at body temperature (37 °С). For large or long devices, testing in а liquid may not bе practical. As an alternative, testing inside а controlled air environment at body temperature provides а powerful solution. The BioBox can bе incorporated as а standard item on а new single column frame or in selected models already in operation. This bох permits the full travel test of sutures, catheter tubings, latex gloves, and а wide variety of other devices and biomaterials at physiologically relevant temperatures.






















































