Configures Macro Hardness Testing Parameters

The Macro Hardness Tester Configurator by ATM Qness GmbH is an essential tool for laboratories aiming to optimize material characterization processes. This configurator allows you to tailor macro hardness testing setups precisely to your operational needs, enhancing accuracy and repeatability in analyzing metal alloys, ceramics, and composites. It integrates seamlessly into manufacturing and R&D environments, supporting manual, automatic, and fully automated operations. With configurable parameters, it adapts to various testing conditions, making it suitable for testing structural composites and heat-treated steel samples. It boasts efficient energy use and offers robust material options to ensure longevity and reliability in demanding applications. Ideal for research laboratories and industrial quality control, this solution adheres to industry regulations while providing expert engineering support for custom configurations.

The post Configurator for macro hardness testers appeared first on Making.com.

Performs Precise Hardness Testing and Analysis

The Qness 60 M EVO and Qness 60 A+ EVO from QATM offer cutting-edge solutions for precise hardness testing across Vickers, Knoop, and Brinell methods. Using intuitive software, these testers streamline operation and enhance documentation capabilities. The Qness 60 M EVO is semi-automatic, ideal for research & development labs seeking reliable testing. The Qness 60 A+ EVO provides full automation, with optional sample image camera integration, catering to high-throughput manufacturing environments. Both models adapt seamlessly to metallurgy, automotive, aerospace, and materials science industries, with versatile turret configurations that accommodate multiple test diamonds. These testers facilitate robust analysis, enabling detailed documentation essential for quality control in stringent testing conditions.

The post Micro hardness tester for vickers, knoop, and brinell appeared first on Making.com.

Prepares and Polishes Metallographic Specimens

The Qpol XL from ATM Qness GmbH is a robust, floor-standing automatic grinder and polisher designed to deliver consistent and high-quality metallographic specimen preparation. Leveraging a solid steel frame, stainless steel lining, and powerful motors, this machine excels in grinding and polishing metal samples for metallurgical analysis.

Key features include an intuitive software interface capable of storing up to 200 preparation methods and a force-controlled pressing system ranging from 50 to 750 N. Its modular dosing system ensures precise wetting of the working surface, while an automated cleaning boost reduces contamination risks.

Ideal for applications in metallurgy, material science, and manufacturing, the Qpol XL processes metallic microstructures, polished alloys, and etched metal samples with ease. Operating with a variable wheel speed of 50 to 600 rpm and a sample holder speed of 50 to 350 rpm, its versatility accommodates diverse material testing needs.

With safety at the forefront, a motorized acrylic safety hood and an integrated spiral rinsing system simplify maintenance and cleaning tasks. The Qpol XL’s adaptability and efficiency make it a superior choice for laboratories and industrial facilities prioritizing precision and operational control in their sample preparation processes.

The post Automatic grinder and polisher for material sample preparation appeared first on Making.com.

Grinds and Polishes Metallographic Samples

The Saphir 550 with Rubin 520 from QATM is an innovative grinding and polishing system designed for efficient preparation of metallographic samples. Featuring an advanced grinding and polishing head, this equipment offers single and central pressure options, variable speeds, and a programmable memory function to streamline your workflow. It’s ideal for producing metal alloy components, microstructural analysis samples, and specimens for failure analysis, catering to industries such as metallurgy, automotive, and aerospace. The system’s integrated dosing and automatic protective hood enhance safety and precision, while the motor-driven height setting allows for material removal to a pre-set accuracy of 0.01 mm. Available in working wheel diameters of 200 to 300 mm, this machine combines robust performance with flexibility and ease of integration into laboratory and processing environments.

The post Automatic grinding and polishing system for metallography appeared first on Making.com.

Polishes and Etches Metal Specimens

The Qetch 1000 from QATM is a fully automatic electrolytic polisher and etcher designed for precise metallographic specimen preparation. Featuring intuitive touch-screen control and a separate polishing unit, it easily fits into lab settings, including fume cabinets. The Qetch 1000’s unique scan function displays the current voltage curve, ensuring quick polishing results without structural changes. Optimized for labs focused on metallography and material analysis, it effectively processes metal alloys, microstructure samples, and etched surfaces. Accommodating up to 200 stored programs with real-time current and voltage diagrams, this equipment is suitable for metallography labs, industrial quality control, and research facilities. With interchangeable 1-liter tanks for easy electrolyte management and a cleaning program, maintenance is streamlined. The Qetch 1000 supports integration into lab environments, offering a compact footprint with robust processing capabilities for advanced material science applications.

The post Electrolytic polisher and etcher for metallographic samples appeared first on Making.com.

Cuts and Prepares Metallographic Samples

QPREP Premium Cut-off Wheels from ATM Qness GmbH are engineered for precision in metallographic sample preparation across various industries. These advanced wheels leverage tailored abrasive compositions, including silicon carbide, aluminum oxide, diamond, and cubic boron nitride, matched with specific bond types like resin, rubber, and bronze to minimize deformation and thermal effects. Ideal for applications involving non-ferrous metals, ceramics, and superalloys, these wheels ensure minimal material distortion and extended service life. Use them manually or in automatic setups to cut materials such as copper wiring, glass lenses, and turbine blades effectively. The cut-off wheels are designed for seamless integration into metallography workflows, supported by user-friendly color coding for easy selection. Whether cutting hard steels or polymers, these wheels meet stringent quality and performance standards, providing reliable and efficient processing in research, laboratory, and industrial environments.

The post Premium cut-off wheels for metallographic sample preparation appeared first on Making.com.