Roundness And Cylindricity Measuring Instruments in India
The highly accurate rotary table machines and spindle form testers of the RONDCOM series can be used in many areas: production, measuring room and calibration lab
Key Features of Roundness And Cylindricity Measuring Instruments in India
High‑Precision Roundness & Cylindricity Measurement
Multi‑Axis Measurement Capabilities
Advanced Probes & High‑Resolution Sensors
Standards‑Compliant Evaluation (ISO, JIS, ANSI)
User‑Friendly Software with Detailed Reporting
How Roundness And Cylindricity Measuring Instruments Work?
Roundness and Cylindricity Measuring Instruments work by using a precision probe or stylus to trace the surface of a cylindrical or rotational part. As the part rotates (or the probe moves), the stylus detects microscopic deviations from the ideal round or cylindrical shape. These vertical or radial movements are converted into electrical signals, which the system’s software analyzes to calculate roundness, cylindricity, concentricity, and geometric deviations according to international standards (ISO, JIS, ANSI). Advanced instruments may include multi-axis stages, CNC control, and high-resolution sensors for automated, high-precision measurement. The results are displayed as graphs, charts, and numerical data, allowing accurate quality control, tolerance verification, and inspection of precision components.
Locations We Serve
QS Metrology provides Roundness And Cylindricity Measuring Instruments across India, serving all major industrial regions, including:
Delhi NCR, Rajasthan, Punjab, Uttar Pradesh, Himachal Pradesh, Uttarakhand, Jammu & Kashmir
Why Choose QS Metrology?
Authorized Supplier & Trusted Partner
Expert Consultation & System Selection
Installation, Calibration & On-Site Support
Operator Training & Technical Assistance
Pan-India After-Sales Service
FAQs
They are used to measure the roundness, cylindricity, and geometric accuracy of cylindrical and rotational parts.
A precision probe or stylus traces the part’s surface to detect deviations, which are analyzed by software to calculate roundness and cylindricity.
Parameters include roundness, cylindricity, concentricity, flatness, coaxiality, and other form deviations.
Yes — they follow international standards such as ISO, JIS, ANSI, and ASME for precision measurement.
Yes — with adjustable stages, fixtures, and probe ranges, they can measure small to large cylindrical components.
They are widely used in automotive, aerospace, precision engineering, tool & die, and quality control laboratories.
