To make the most advanced bond tester on the market, we combined the unique strengths of the Condor series with the latest technologies and innovations. With the introduction of the Condor Sigma platform we break the legacy by introducing a unique modular sensor system that delivers state of the art accuracy, with ultimate flexibility featuring unparalleled 0.075% accuracy. These sophisticated force sensor modules are the new benchmark in the specialized world of bond testing.
All sensor modules use the same interface and are secured with one simple screw into either a single measurement unit or RMU. The procedure of fitting, removing or swapping a single sensor module takes only a few minutes. Each sensor module features their own digital electronics which is configured for the force transducer. The modules are ready to use having been fully tested and calibrated.
A wide variety of tests is possible using the Condor Sigma with forces ranging from less than 1 gf to 200 kgf. Digital temperature correction and the world’s highest resolution of 24 bits contribute to the most reliable and repeatable measurement results.
|Pull||10 gf, 100 gf, 1 kgf, 10 kgf, 100 kgf and 200 kgf|
|Push||10 gf, 100 gf, 1 kgf, 10 kgf, 100 kgf and 200 kgf|
|Shear||10 gf, 100 gf, 1 kgf, 10 kgf, 100 kgf and 200 kgf|
|Tweezers, CBP||A range of tweezers options is available up to 50 kgf|
Did we catch your attention? Please contact us for more information or to request a demonstration or a quotation.
To find your local representative, please select a region:
Adhesives & Bonding Expo 2020
ESTC Norway 2020
The Battery Show 2020
Semicon Taiwan 2020
IMAPS USA 2020
8th EuWoRel Germany
Inter Battery Korea 2020
Nepcon Nagoya 2020
IMAPS Herbstkonferenz Germany 2020
The new XYZTEC consumables webshop provides our customers with a comprehensive, online platform for ordering a wide range of wire hooks, shear tools, tweezer tips and other items. Every part is fully illustrated, to enable the checking of parts in close detail if necessary, before placing an order.