RTEC NANOINDENTATION & SCRATCH TESTERS
In advanced material science, semiconductor manufacturing, and thin-film engineering, understanding precise surface mechanical properties is critical. Rtec Instruments delivers next-generation nanoindentation systems designed to measure material behaviors with exceptional accuracy, compliance, and repeatability.
Distributed by LMS Scientific Solution Sdn Bhd, Rtec’s high-precision surface materials testing platforms empower laboratories to evaluate ultra-thin coatings, polymers, biomaterials, and advanced electronics.
Distributed by LMS Scientific Solution Sdn Bhd, Rtec’s high-precision surface materials testing platforms empower laboratories to evaluate ultra-thin coatings, polymers, biomaterials, and advanced electronics.
Comprehensive Nanomechanical Properties Analyzed:
- Hardness & Elastic Modulus: Measure hardness and elastic modulus using instrumented nanoindentation compliant with international regulatory standards.
- Viscoelasticity & Creep: Quantify indentation creep and material relaxation behaviors under tightly controlled loads.
- Stiffness & Work of Indentation: Evaluate stiffness and calculate the exact work of indentation via real-time data tracking.
- Scratch Testing & Thin Film Adhesion: Characterize critical load profiles, coating adhesion, and failure mechanisms (such as cracking or delamination) utilizing highly precise nano-to-micro scratch paths.
- Tribology (Wear & Friction Coefficient): Evaluate how advanced surfaces respond to multi-directional movement to track real-time friction coefficients and engineering data for designing materials with enhanced wear resistance.
Available in: Malaysia, Singapore, Thailand, Indonesia and Vietnam
Manufacturer’s website:
https://rtec-instruments.com/
Indentation and Scratch Tester Products
The Rtec SMT-5000 is an advanced, floor-standing multi-module platform engineered for comprehensive nano-to-micro scale indentation, scratch testing, and tribological analysis on a single system. By integrating patented in-line imaging with high-precision force and displacement sensors, it delivers unmatched versatility and real-time 3D topographical visualization for complex materials research and development.
The Rtec SMT-2000 PIQ Nanoindenter is a highly robust benchtop platform engineered to deliver exceptionally accurate and precise mechanical property measurements at the nanoscale. Operating with an indentation load range up to 500 mN, it utilizes advanced piezo actuation and capacitive sensing technologies to seamlessly evaluate thin films, coatings, polymers, and advanced materials without compromise.