6800 SERIES
6800 SERIES
Universal Testing Systems for Tensile, Compression, and Flexure Testing
The NEXT GENERATION 6800 Series universal testing systems range in capacity from 500 N to 300 kN and provide exceptional performance with unparalleled accuracy and reliability. Offering up to 5 kHz data acquisition and 0.5% accuracy down to 1/1000th of load cell capacity, the 6800 Series offers ultimate flexibility for any testing need.
ANY APPLICATION
The 6800 series Universal Testing Machines are designed to perform tensile, compression, flex, peel, puncture, friction, shear tests, and more. The systems are compatible with hundreds of grips and fixtures found in Instron’s expansive accessories catalog, with specific configurations designed to perform the most popular tests specific to the biomedical, automotive, consumer electronics, and raw materials industries.
SIMPLER
Powered by Bluehill® Universal
The 6800 Series universal testing systems are powered by Instron’s Bluehill Universal software. Equipped with easy-to-understand icons and workflows, Bluehill Universal makes it simple to train users and set up tests, helping you maximize lab efficiency while minimizing costly errors.
QuickTest
For when you need results fast, QuickTest allows users to enter a few simple parameters and run their test within seconds.
Pre-Loaded Templates
Bluehill Universal includes an extensive library of pre-configured methods for some of the most commonly used ASTM, ISO, and EN standards. The methods are packaged in modules that are specific to your testing application.
Workflow
Users can be guided through the entire testing process with step-by-step instructions, ensuring that their tests remain repeatable, simple, and error-free. The prompts can be easily customized with your own text and images.
Auto Positioning
Auto Positioning saves the correct fixture separation or starting location for each test method. This ensures all operators run each test exactly the same way across all shifts every day.
TestProfiler
Build simple cyclic tests that include ramps, holds, and triangle waves. Conditional logic allows users to create looping patterns that help mimic real life scenarios within tests.
