Roughness Gauge Handheld Profilometer with LCD Display - in-Situ Measurement Tool for CNC Machined Parts, Castings, Pipes and Industrial Components

Roughness Gauge Handheld Profilometer with LCD Display - in-Situ Measurement Tool for CNC Machined Parts, Castings, Pipes and Industrial Components

• Versatile surface measuring tool: This roughness tester is engineered to assess a wide range of surfaces, including curved, flat, conical, and grooved profiles. Accommodating dimensions larger than 80 x 30mm, its versatility makes it vital for professionals in various sectors, guaranteeing precise roughness evaluations for diverse applications in manufacturing and engineering.
• Exceptional precision of 0.01μm: This roughness gauge delivers outstanding measurement accuracy of 0.01μm across a broad range, with resolutions of 0.05 to 15.0μm for Ra and Rq, and from 0.1 to 50.0μm for Rz and Rt. It stands ready to satisfy varied measurement requirements in industrial and laboratory environments, ensuring consistent performance.
• Rapid data processing capabilities: Featuring an advanced DSP processor, this roughness tester facilitates high-speed data processing and calculations, optimizing measurement efficiency. Users can quickly access critical roughness information, thereby minimizing downtime during quality control processes or research applications, enhancing overall workflow.
• Intuitive user-centric design: The roughness gauge is equipped with a user-friendly interface and a large OLED display that offers excellent visibility under different lighting conditions. This practical design significantly improves the user experience, allowing for effortless operation, easy reading, and effective recording of measurements in any professional setting.
• Diverse measurement capabilities: This roughness tester provides precise evaluations of four essential parameters - Ra, Rz, Rq, and Rt. By addressing various measurement demands, it ensures accurate roughness data, which is crucial for comprehensive quality assessments, surface finish analysis, and process optimization in manufacturing and material testing.