Mitutoyo 202TP Vision Measuring System

• Precision inspection of components in industries such as automotive, electronics, and medical devices.
• Quality control and assurance for small, intricate parts requiring high accuracy.
• Non-contact measurement of dimensions, angles, and geometric features.
• Reverse engineering and analysis of component profiles.
• Batch inspection of manufactured parts for consistency and defect detection.

Measurement Range

Typically offers an X-Y measurement range in the order of 100mm to 300mm, with Z-axis measurement capabilities.

Resolution

Commonly provides sub-micron resolution for precise measurements.

Magnification

Typically features optical zoom capabilities, often ranging from 10x to 100x or more.

Power Supply

Units of this type commonly operate on standard single-phase mains power, typically 230V, 50Hz for the UK market.

Software Features

Often includes advanced measurement software for geometric dimensioning and tolerancing (GD&T), data analysis, and reporting.

Lighting

Typically incorporates various lighting options, such as surface, contour, and coaxial illumination, for optimal image contrast.

Footprint

For this class of equipment, a typical benchtop footprint might be around 600mm x 700mm, though this can vary.

• What is a vision measuring system?

  A vision measuring system is an optical metrology system that uses high-resolution imaging and software to measure the dimensions of parts without physical contact. It combines controlled lighting, high-resolution cameras, automatic edge detection, and computer analysis for accurate and repeatable measurements.

• What are the main benefits of using a vision measuring system over manual methods?

• Is specific training required to operate this type of equipment?

• What kind of environment is suitable for a vision measuring system?

• Can this system measure 3D features?

Laboratory inspection equipment for safety and containment environments earns consistent recognition for precision and reliability. Buyers typically prioritise calibration history and maintenance records when purchasing used units, as accuracy directly impacts regulatory compliance and operational safety. Industry sentiment favours equipment from established manufacturers with strong build quality. Common strengths include durability across repeated use cycles, straightforward operation, and compatibility with standard laboratory protocols. Inspecting optical components and verifying recent servicing are considered essential steps before acquisition.

General overview for this equipment type