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KLA iMicro Modular Nanomechanical Tester Product Brochure

Brief Description ：: Download official product brochure for KLA iMicro nanoindenter equipped with interchangeable InForce 1000 / InForce 50 actuators, fully compliant with ISO 14577. Built-in vibration isolation carbon fiber gantry and iQWave2 high-speed controller support nanoindentation, CSM, NanoBlitz 3D/4D mapping, scratch wear and high-temperature testing. Brochure covers full hardware specs, modular functional modules, InView operation workflow and application cases for semiconductor coatings, battery materials, ceramics, polymers and biomaterials for lab R&D and industrial QC.

File version ：: V1.0.1

File type ：: PDF

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The KLA iMicro is a flexible, compact modular nanomechanical characterization platform designed for quantitative nanoscale mechanical analysis of thin films, hard protective coatings and miniature material specimens. It adopts a high-rigidity carbon fiber gantry with integrated active vibration isolation, paired with the high-speed iQWave2 data acquisition controller to deliver ultra-stable, low-noise force and displacement detection across six orders of magnitude. The system is equipped with the standard InForce 1000 electromagnetic actuator offering up to 1 N maximum load for rigid hard films, with an optional InForce 50 low-load actuator available for ultra-soft polymers, hydrogels and biological samples.

This brochure details all expandable modular testing functions including Continuous Stiffness Measurement (CSM), AccuFilm substrate correction algorithm, high-throughput NanoBlitz 3D/4D mechanical mapping, ProbeDMA dynamic viscoelastic testing, quantitative scratch-wear tribology analysis and up to 300°C high-temperature indentation module. The intuitive InView software suite with pre-built standardized test templates, automatic tip calibration, batch automated measurement and multi-dimensional data visualization tools is fully illustrated. Abundant application cases cover semiconductor packaging films, MEMS devices, lithium battery electrode coatings, thermal barrier ceramics, optical hard coatings, composite materials and biomedical implants, meeting comprehensive nanomechanical testing demands for academic research labs and manufacturing process optimization. One-click PDF download is provided for complete parameter reference and customized test scheme design.