iSurfa-360 Surface Roughness Tester

Product Advantages:

• Portability and environmental adaptability are strong: The handheld design is small in size (141×55×40mm) and weighs approximately 400g. It is suitable for various scenarios such as workshops and laboratories, and can operate stably in an environment ranging from -20℃ to 40℃.
• Excellent measurement performance: 160 μm large range, maximum resolution of Z-axis 0.001 μm, indication error ±(5 nm + 0.1 A), indication variation ≤ 3%, reliable accuracy;
• Wide compatibility with parameters and standards: Includes basic parameters such as Ra and Rz, as well as advanced parameters like RPc and Rk. Compatible with multiple national standards including ISO, ANSI, DIN, and JIS, meeting diverse measurement requirements.
• Easy operation and display: 128×64 OLED screen shows all parameters and graphics. The key definitions are clear. It supports switching between Chinese and English. It can automatically enter sleep mode and shut down for power saving.
• Long battery life and storage capacity are excellent: The built-in lithium battery can provide up to 20 hours of power, supports USB charging, and can store 100 sets of raw data and waveforms, with real-time clock recording.
• Extensive functionality and durability: The all-metal housing is sturdy and can be connected to computers / printers. Optional curved surfaces, small holes, and other specialized sensors and measurement platforms are available, making it suitable for complex measurement scenarios.

Product Applications:

• Routine testing in workshops and laboratories: Applicable to workshop calibration stations and laboratories, used to measure the surface roughness of various machined parts;
• Special surface measurement: Equipped with sensors for curved surfaces, small holes, and deep grooves, to measure the roughness of special surfaces such as curved surfaces, small holes, and deep grooves.
• On-site mobile detection: The handheld design is portable and suitable for the production site environment, meeting the requirements for mobile measurement.
• High-precision measurement in the measurement room: With small indication error and low variability, it enables high-precision roughness detection in the measurement room.
• PC machine data in-depth analysis: Using dedicated software for PC machines, upload data, analyze waveforms and process measurement information;
• Real-time output of on-site results: The printer can print all or specific parameters, enabling quick acquisition and recording of measurement results.