Fixtures, load cells and environmental chambers can be added to any Instron system to adapt to changing product development and market requirements.
The average life of Instron systems is over two decades, ensuring our customers can be confident in their investment.
Instron customers trust that any new system is intuitive and easy to use for an operator of all skill levels for any application.
Instron makes our own sensors from load cells to extensometers, ensuring optimum system performance.
With dozens of members on standards committees such as ASTM and ISO, Instron stays at the forefront of application expertise.
Bluehill Universal equipped with the Operator Dashboard allows for a small physical footprint on an Instron system. This small footprint allows labs to save space, stay organized, and keep clean.
Customer satisfaction relies on devices being durable, withstanding demanding daily use, and often misuse. Mobile devices have become indispensable and users expect touchscreens, buttons, and batteries to work reliably. Laptop keyboards and screens are critical to functionality, whether for business, academia or personal use. Consumer products must also withstand the daily accidents to which they are subjected, such as dropping mobile devices, bending headphones, and forceful pulling in power cables. Mechanical testing can simulate these events as companies design better, more robust products.
As devices get smaller, so do the components used in their assembly. Instron systems offer the strain and load cell precision to accurately test miniature sub-level components. A range of specialized grips and fixtures allows tensile, flexure, tensile, compression, shear, and torsion testing on printed circuit board (PCB) materials, components and adhesives. Tests can range from characterizing copper clad laminates for printed boards, to micro compression testing of integrated circuits, to flexural fatigue on fully populated PCBs.
Electronics components are used in many applications, including the medical, automotive, and energy industries. Selecting the proper materials, adhesives and packaging and the evaluation of component and product reliability requires a range of mechanical tests.
Universal Testing System
Commonly used to perform tensile, compression, peel, and bend tests up to 2 kN force capacity on consumer electronics, microelectronics, and general applications.
Universal Testing System
Commonly used to perform tensile, compression, peel, and bend tests up to 50 kN force capacity on consumer electronics, microelectronics, and general applications.
Die shear testing fixture is used for adhesive bond characterization, design validation, and failure analysis on a printed circuit boards (PCB).
for Biaxial Testing
Commonly used to reduce product development time and simulate real-world applications of products such as PCBs and screens.
Fatigue Testing System
Perform high-frequency fatigue testing to evaluate the durability of consumer products, microelectronic subassemblies and other electronic components.