Compact Manual Vision Measuring Machine – M2 Series

R 84,639.00

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Sinowon SKU: M2-VMS-1510

Variants: M2-VMS-1510

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Description

The M2 Series Compact Manual Vision Measuring Machine provides accurate and reliable non-contact dimensional measurement for quality control, inspection and engineering applications. Designed around a precision granite structure, high-resolution optical system and powerful iMeasuring software, the M2 Series delivers professional metrology performance in a compact and affordable platform.

Available in two measuring ranges, the M2 Series is ideal for workshops, toolrooms, manufacturing facilities, educational institutions and quality departments requiring accurate 2D dimensional inspection without the complexity of CNC automation.

The combination of a high-resolution digital camera, programmable LED illumination and precision linear scales allows operators to perform fast and repeatable measurements of lengths, diameters, radii, angles, hole positions and geometric features.

Features

  • Precision granite base and column construction
  • Compact footprint for workshops and laboratories
  • 6.5X high-resolution zoom lens
  • Optical magnification from 0.7X to 4.5X
  • Video magnification from 26X to 172X
  • 1.6MP high-resolution digital camera
  • 0.5μm linear scale resolution
  • Repeatability of 2μm
  • Programmable LED surface illumination
  • LED transmitted illumination
  • Optional coaxial lighting
  • iMeasuring metrology software included
  • Supports geometric dimension and tolerance measurement
  • Compatible with Windows 10 and Windows 11
  • Available in 150 × 100mm and 200 × 100mm measuring ranges

Applications

  • First Article Inspection (FAI)
  • Quality Control Inspection
  • Precision Machining
  • Toolmaking
  • Mould Manufacturing
  • Metal Components
  • Plastic Components
  • Electronics Manufacturing
  • Medical Device Inspection
  • Research & Development
  • Educational Laboratories
  • Incoming Goods Inspection

Specifications

Specification M2-VMS-1510 M2-VMS-2010
X Travel 150mm 200mm
Y Travel 100mm 100mm
Z Travel 100mm
Resolution 0.5μm
Measurement Accuracy 2.5 + L/200 μm
Repeatability 2μm
Camera 1.6MP Digital Camera
Zoom Lens 6.5X
Optical Magnification 0.7X – 4.5X
Video Magnification 26X – 172X
Software iMeasuring
Illumination Programmable LED Surface & Transmitted Lighting
Structure Precision Granite
Power Supply 110V / 220V
Operating System Windows 10 / Windows 11

Standard Accessories

  • M2 Series Vision Measuring Machine
  • 1.6MP High Resolution Digital Camera
  • 6.5X Zoom Lens
  • Programmable LED Surface Light
  • LED Transmitted Light
  • iMeasuring Measurement Software
  • Calibration Certificate
  • User Documentation

Alternative Names

  • Vision Measuring Machine
  • Video Measuring System
  • Optical Measuring Machine
  • Optical Coordinate Measuring Machine
  • Non-Contact Measuring System
  • Optical Inspection System
  • Dimensional Inspection Machine
  • Video Measurement System
  • Optical Metrology System
  • Vision Inspection Machine
  • Workshop Vision Measuring Machine
  • Manual Vision Measuring Machine

Why Choose the M2 Series?

The M2 Series offers an excellent entry point into precision optical metrology. Combining granite construction, high-resolution optics, powerful measurement software and compact dimensions, it delivers reliable dimensional inspection without the cost and complexity of larger automated systems. It is an ideal solution for workshops, quality departments and manufacturers seeking professional measurement capability at an accessible investment level.

This is strong enough to become the template for M3, M4, V3 and A6, with the automation and measurement capability scaled up as we move through the range.

Vision Measuring Machines (VMMs) are available in a wide range of sizes, automation levels and measurement technologies. Selecting the right system depends on your part size, measurement requirements, inspection volume and level of automation required.

Use the quick selection guide below to identify the most suitable series for your application, then compare individual models using the comparison table.

Quick Selection Guide

If you need to... Recommended Series
Measure small precision parts occasionally M2 Series
Perform daily quality inspections M3 Series
Increase inspection speed and repeatability M4 Series
Automate production inspection routines V3 Series
Measure large components or assemblies A6 Bridge CNC Series
Measure heights and depths B or D Configuration
Measure surface profiles and delicate surfaces C or D Configuration
Perform complete dimensional analysis D Configuration
Create automated inspection programs V3 or A6 Series
Measure large aerospace, tooling or fabricated components A6 Series

Vision Measuring Machine Comparison Table

Compare all Vision Measuring Machine models by measuring capacity, measurement technology, automation level and intended application.

For an explanation of each specification, measurement configuration and automation level, please refer to the guide below the comparison table.

Series Variant X Travel Y Travel Z Travel Config Automation Best For
M2 M2-1510 150 100 100 2D Manual Small precision parts
M2 M2-2010 200 100 100 2D Manual Small precision parts
M3 M3-2515 250 150 200 2D Manual Manufacturing QC
M3 M3-3020 300 200 200 2D Manual Manufacturing QC
M3 M3-4030 400 300 200 2D Manual Manufacturing QC
M3 VMS-5040 500 400 200 2D Manual Manufacturing QC
M3 M3-2515A 250 150 200 A Manual Enhanced optical inspection
M3 M3-3020A 300 200 200 A Manual Enhanced optical inspection
M3 M3-4030A 400 300 200 A Manual Enhanced optical inspection
M3 VMS-5040A 500 400 200 A Manual Enhanced optical inspection
M3 M3-2515B 250 150 200 B Manual Height & depth measurement
M3 M3-3020B 300 200 200 B Manual Height & depth measurement
M3 M3-4030B 400 300 200 B Manual Height & depth measurement
M3 VMS-5040B 500 400 200 B Manual Height & depth measurement
M4 M3-2515C 250 150 200 C Semi-Automatic Faster inspection
M4 M3-3020C 300 200 200 C Semi-Automatic Faster inspection
M4 M3-4030C 400 300 200 C Semi-Automatic Faster inspection
M4 VMS-5040C 500 400 200 C Semi-Automatic Faster inspection
M4 M3-2515D 250 150 200 D Semi-Automatic Advanced QC
M4 M3-3020D 300 200 200 D Semi-Automatic Advanced QC
M4 M3-4030D 400 300 200 D Semi-Automatic Advanced QC
M4 VMS-5040D 500 400 200 D Semi-Automatic Advanced QC
VMD VMD-1510 150 100 - 2D Manual Video measuring projector
VMD VMD-2010 200 100 - 2D Manual Video measuring projector
VMD VMD-2515 250 150 - 2D Manual Video measuring projector
VMD VMD-3020 300 200 - 2D Manual Video measuring projector
V3 V3-VAS-322A 300 200 200 A Fully CNC Automated inspection
V3 V3-VAS-322B 300 200 200 B Fully CNC Automated inspection
V3 V3-VAS-322C 300 200 200 C Fully CNC Automated inspection
V3 V3-VAS-322D 300 200 200 D Fully CNC Automated inspection
V3 V3-VAS-432A 400 300 200 A Fully CNC Automated inspection
V3 V3-VAS-432B 400 300 200 B Fully CNC Automated inspection
V3 V3-VAS-432C 400 300 200 C Fully CNC Automated inspection
V3 V3-VAS-432D 400 300 200 D Fully CNC Automated inspection
V3 V3-VAS-542A 500 400 200 A Fully CNC Automated inspection
V3 V3-VAS-542B 500 400 200 B Fully CNC Automated inspection
V3 V3-VAS-542C 500 400 200 C Fully CNC Automated inspection
V3 V3-VAS-542D 500 400 200 D Fully CNC Automated inspection
V3 V3-VAS-652A 600 500 200 A Fully CNC Automated inspection
V3 V3-VAS-652B 600 500 200 B Fully CNC Automated inspection
V3 V3-VAS-652C 600 500 200 C Fully CNC Automated inspection
V3 V3-VAS-652D 600 500 200 D Fully CNC Automated inspection
A6 A6-AutoMea432A 300 400 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea432B 300 400 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea432C 300 400 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea432D 300 400 200 D Bridge CNC Large-part inspection
A6 A6-AutoMea542A 400 500 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea542B 400 500 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea542C 400 500 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea542D 400 500 200 D Bridge CNC Large-part inspection
A6 A6-AutoMea652A 500 600 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea652B 500 600 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea652C 500 600 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea652D 500 600 200 D Bridge CNC Large-part inspection
A6 A6-AutoMea862A 600 800 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea862B 600 800 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea862C 600 800 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea862D 600 800 200 D Bridge CNC Large-part inspection
A6 A6-AutoMea1082A 800 1000 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea1082B 800 1000 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea1082C 800 1000 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea1082D 800 1000 200 D Bridge CNC Large-part inspection
A6 A6-AutoMea12102A 1000 1200 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea12102B 1000 1200 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea12102C 1000 1200 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea12102D 1000 1200 200 D Bridge CNC Large-part inspection
A6 A6-AutoMea15122A 1200 1500 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea15122B 1200 1500 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea15122C 1200 1500 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea15122D 1200 1500 200 D Bridge CNC Large-part inspection
A6 A6-AutoMea18122A 1200 1800 200 A Bridge CNC Large-part inspection
A6 A6-AutoMea18122B 1200 1800 200 B Bridge CNC Large-part inspection
A6 A6-AutoMea18122C 1200 1800 200 C Bridge CNC Large-part inspection
A6 A6-AutoMea18122D 1200 1800 200 D Bridge CNC Large-part inspection

Understanding the Comparison Table

Column What It Means Why It Matters
Series The machine family or platform. Examples include M2, M3, M4, V3 and A6. Helps identify the machine category, automation level and intended application.
Variant The exact model number. Each variant combines a machine size with a measurement configuration. Used for quotations, pricing, ordering and specification comparison.
X Travel Maximum measurement movement in the X-axis (left to right) measured in millimetres. Determines the maximum part length that can be measured.
Y Travel Maximum measurement movement in the Y-axis (front to back) measured in millimetres. Determines the maximum part width that can be measured.
Z Travel Maximum vertical measurement movement available. Important when measuring taller components, step heights, depths and 3D features.
Configuration The measurement technology fitted to the machine (2D, A, B, C or D). Determines what types of measurements the system can perform.
Automation How much of the inspection process is automated. Impacts speed, repeatability, throughput and operator involvement.
Best For Typical application or inspection environment. Helps identify the most suitable system for your requirements.

Understanding Measurement Configurations

All Vision Measuring Machines use high-resolution optical vision measurement. Additional technologies such as touch probes and confocal laser sensors can be added depending on the measurement requirements.

Configuration Summary

Configuration Technology Additional Measurement Capability
2D Standard optical measurement system Length, width, diameter, radius, angle and hole position measurements
A – Camera + Zoom High-resolution camera with programmable zoom lens Enhanced optical inspection and improved measurement flexibility
B – Camera + Probe (3D) Optical vision system combined with a touch probe Height, depth, step height and complex 3D geometric measurements
C – Camera + Confocal Laser Optical vision system combined with a confocal laser sensor Non-contact height measurement, surface profile analysis and delicate surface inspection
D – Camera + Probe + Confocal Laser Multi-sensor platform combining vision, touch probe and confocal laser technologies Complete 2D, 3D and surface profile measurement in a single system

What Can Each Configuration Measure?

Measurement Capability 2D A B C D
Length & Width ✓ ✓ ✓ ✓ ✓
Diameter ✓ ✓ ✓ ✓ ✓
Radius ✓ ✓ ✓ ✓ ✓
Angles ✓ ✓ ✓ ✓ ✓
Hole Position ✓ ✓ ✓ ✓ ✓
Height Measurement ✗ ✗ ✓ ✓ ✓
Depth Measurement ✗ ✗ ✓ Limited ✓
Step Height Measurement ✗ ✗ ✓ ✓ ✓
Surface Profile Measurement ✗ ✗ ✗ ✓ ✓
Non-Contact Height Measurement ✗ ✗ ✗ ✓ ✓
Delicate Surface Measurement ✗ ✗ ✗ ✓ ✓
Complex 3D Geometry ✗ ✗ ✓ ✗ ✓
Multi-Sensor Measurement ✗ ✗ ✗ ✗ ✓

Understanding Automation Levels

Automation Level Description Typical Use
Manual Operator positions and measures parts manually. General quality control, engineering workshops, toolrooms and first article inspection.
Semi-Automatic Auto-focus and measurement assistance reduce operator influence while stage movement remains manual. Quality departments requiring faster inspection and improved repeatability.
Fully CNC Fully programmable motion and automated inspection routines. Production inspection, repeatable measurement programs and unattended operation.
Bridge CNC Large-format CNC platform designed for oversized components and assemblies. Aerospace structures, moulds, tooling, fabricated assemblies and heavy engineering applications.

Frequently Asked Questions

Do I need 2D or 3D measurement?

If you only need to measure lengths, diameters, radii, angles and hole positions, a 2D or A-configuration system is usually sufficient. If you need to measure heights, depths, step heights or complex geometries, consider a B or D configuration.

What is a touch probe?

A touch probe is a precision sensor that physically contacts the part to measure features that cannot be accurately measured using optics alone, such as depths, heights and complex 3D geometries.

What is a confocal laser sensor?

A confocal laser sensor measures height and surface profiles without touching the part. It is ideal for delicate, polished, coated or highly reflective surfaces where contact measurement may be unsuitable.

What is the difference between V3 and A6 Series machines?

The V3 Series is designed for small to medium-sized components and automated production inspection. The A6 Series uses a bridge-style CNC structure and is designed for larger parts, moulds, tooling and fabricated assemblies.

How do I choose the correct measuring capacity?

Select a machine with an X and Y measuring range larger than your largest component. It is generally recommended to allow additional capacity for fixture positioning and future inspection requirements.

Which configuration provides the most measurement capability?

D Configuration systems combine optical vision measurement, touch probe measurement and confocal laser measurement in a single platform, providing the broadest range of measurement capabilities.

Can Vision Measuring Machines generate inspection reports?

Yes. Vision Measuring Machines can automatically generate measurement reports, first article inspection reports, SPC data and custom quality documentation depending on the software package used.

Still not sure which system is right for your application?

Contact our technical team with your largest part size, required measurements, inspection volume and automation requirements, and we'll recommend the most suitable Vision Measuring Machine configuration for your application.

This is a custom order item, please contact us for lead times