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ホーム > すべてのコレクション > Vmm測定機 > SP-4030 Automatic Vision Measuring System with 0.01 µm Absolute Linear Scale & Optional Laser Module

SP-4030 Automatic Vision Measuring System with 0.01 µm Absolute Linear Scale & Optional Laser Module

Name: SP-4030 Automatic Vision Measuring System with 0.01 µm Absolute Linear Scale & Optional Laser Module
Brand: イーソン計測技術株式会社
Availability: InStock
Rating: 5 (1 reviews)

Easson SP-4030 CNC Vision Measuring Machine is a high-performance optical measurement system designed for precision dimensional inspection in modern manufacturing. Developed for industrial metrology and quality control, SP-4030 supports fast, repeatable, and non-contact measurement of complex parts, helping manufacturers improve inspection efficiency and product consistency.

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説明

SP series Automatic Vision Measuring System with 0.01 µm Absolute Linear Scale & Optional Laser Module

Easson SP series CNC Vision Measuring Machine is a high-performance optical measurement system designed for precision dimensional inspection in modern manufacturing. Developed for industrial metrology and quality control, supports fast, repeatable, and non-contact measurement of complex parts, helping manufacturers improve inspection efficiency and product consistency.

Product Overview

The Easson SP-4030 CNC Vision Measuring Machine is a high-performance optical measurement system designed for precision dimensional inspection in modern manufacturing. Developed for industrial metrology and quality control, SP-4030 supports fast, repeatable, and non-contact measurement of complex parts, helping manufacturers improve inspection efficiency and product consistency.

By combining a rigid machine structure—with the body, column, and worktable all made from a single piece of natural granite (Jinan Green)—advanced imaging, and Easson‘s in-house developed compensation and scale technologies, the SP-4030 delivers stable coordinate accuracy across the full measuring range—ideal for applications requiring reliable measurement results and traceable quality control.

For users requiring out-of-plane dimensional inspection, SP-4030 is fully compatible with the ES-Laser high-precision laser module (optional accessory). The laser attachment enables height measurement, flatness evaluation, profile measurement, profile point/average point measurement, profile line measurement, and profile circle measurement, extending the system‘s capability beyond 2D vision metrology into true hybrid 3D dimensional inspection.

Technical Specification

Model	SP-3020	SP-4030	SP-6050
Measuring Travel(mm)	300x200x200	400x300x250	600x500x300
Overall Dimension (mm)	1200x720x1600	1250x900x1600	1350x1000x1850
Work Table Glass Size(mm)	339x239x10	439x339x12	648x548x18
Weight (kg)	280	410	1700
Max Table Load(kg)	30	30	30
Measurement Accuracy (μm)	1.5+L/200		2.5+L/150
Repeatability(μm)	±2
Magnification	Optical Magnification 0.7-4.5X, Image Magnification 20-140X
Axis Display Resolution	0.00001mm (0.01μm)
Lighting System	5 ring 8 zone cold light source with 256 level brightness adjustable
Operation Model	Automatic, control by mouse, joystick or keyboard
Lens	Automatic Zoom, automatic focus optical coaxial lens
Vision System	1.3 million digital high-definition network camera (3.2M CCD as optional)

ES-Laser Specification (Optional)

For users requiring out-of-plane dimensional measurement, SP-4030 is fully compatible with the ES-Laser high-precision laser displacement sensor (optional accessory).

Specification	Value
Product Model	ES-Laser
Reference Distance	30 mm
Measuring Range	±5 mm
Spot Size	35×400 μm
Repeatability	1 μm
Linearity Error	< ±5 mm
Measurement Accuracy	3 μm
Compatible Models	SP-3020, SP-4030
Dimensions	60×50×20.4 mm
Weight	Approx. 230 g
Power Supply Voltage	DC 9–36 V
Power Consumption	2.0 W
Protection Rating	IP67 (IEC60529)
Operating Temperature	0–50 °C

Core Technologies by Easson

21-Order Volumetric Compensation (Self-Developed)

Unlike standard vision measuring systems that only rely on mechanical accuracy, the SP-4030 is equipped with Easson‘s self-developed 21-order volumetric compensation system. This technology corrects multiple geometric errors in three-dimensional space, including positioning deviation, straightness, squareness, and angular errors such as pitch, yaw, and roll. By applying volumetric compensation across X, Y, and Z axes, the SP-4030 significantly improves measurement stability and repeatability, enabling consistent inspection results across the entire measuring volume.

0.01 μm High-Resolution Absolute Linear Scale (Self-Developed)

For ultra-precise axis feedback, the SP-4030 integrates Easson‘s self-developed absolute linear scale with 0.01 μm display resolution. The absolute encoder provides direct position information after power-on, supporting stable performance without repeated homing operations and reducing the risk of positioning drift. This high-resolution closed-loop measurement system enhances accuracy and reliability, especially for precision parts inspection, long travel measurement tasks, and continuous production quality control.

ES-Laser Module (Optional) – Extending SP-4030 into Hybrid 3D Metrology

For measurements that go beyond 2D vision, the optional ES-Laser module adds precise depth-sensing capability to the SP-4030. With ±5 mm measuring range, 1 μm repeatability, and 3 μm measurement accuracy, the laser sensor enables non-contact height and flatness inspection on the same platform. The laser supports six dedicated measurement functions—height, flatness, profile, profile point, profile average point, profile line, and profile circle measurement—making SP-4030 a versatile solution for both in-plane and out-of-plane measurement requirements.

High-Definition Imaging & Automated Measurement Workflow

The SP-4030 is designed for efficient optical measurement, featuring a high-definition industrial camera system and professional measurement software for edge detection, feature extraction, and coordinate measurement. With automatic measurement routines, it improves inspection throughput and reduces operator dependence—making it suitable for both laboratory metrology and production QC.

The system features a high-resolution 1/2’’ CMOS sensor and an auto-focus process for precise measurements. Advanced algorithms and image synthesis efficiently extract edges and align measurements, eliminating manual errors.

Excellent software performance supports spatial coordinate rotation, batch measurement, and SPC result classification. Workpieces can be measured even when randomly placed on the stage, with software providing coordinate translation, rotation, and alignment functions. The system supports measurement output to DXF, Word, Excel, PDF, and other formats.

Supported 2D Measurement Features (Vision):
- Distance and point-to-point measurement
- Diameter, radius, and circle measurement
- Angle measurement and contour evaluation
- Hole position and geometric feature inspection
- Coordinate alignment and report output

Supported Laser Measurement Functions (Optional ES-Laser Module):
- Height measurement (single-point depth)
- Flatness measurement (multi-point plane evaluation)
- Profile measurement (cross-sectional profile acquisition)
- Profile point / average point measurement
- Profile line measurement
- Profile circle measurement

Advanced Software Capabilities:
- 3D element measurement (sphere, cylinder, cone, curves)
- Automatic learning of batch measurement routines
- Image map target guidance and full-field eagle-eye zoom
- Real-time SPC output with result classification
- Auto-edge detection and auto-alignment
- Large-radius, small-arc precision measurement
- Pause-and-resume execution with on-the-fly element modification

Applications

The SP-4030 CNC vision measuring system is widely used in:

Industry	Typical Applications
Precision Machining & CNC Parts	In-process inspection, first-article inspection, geometric dimension verification
Mold & Die Manufacturing	Cavity dimension measurement, flatness and profile evaluation (with laser)
Electronics & Connector Inspection	PCB dimensional verification, connector pin height (with laser), SMT component placement
Automotive Components QC	Gasket flatness (with laser), housing profile measurement, engine part verification
Medical Device & Precision Parts	Catheter tip geometry, stent inspection, injection-molded part validation
Incoming Inspection (IQC)	Supplier part validation, material lot qualification
Production QC	Batch measurement routines, automated inline inspection
Sheet Metal & Stamping	Part profile verification, hole pattern measurement, edge contour evaluation

What Is the Difference Between Vision Measurement and Laser Measurement on SP-4030?

Vision measurement uses a high-resolution camera and image processing algorithms to measure 2D dimensions—diameters, distances, angles, hole positions, and contours—in a single capture, making it ideal for multi-feature inspection and batch measurement. Laser measurement, as provided by the optional ES-Laser module, uses a laser beam to measure distance, height difference, flatness, and surface profiles with 1 μm repeatability and 3 μm accuracy.

Choose vision measurement on SP-4030 when: you need to measure multiple 2D features per part, require visual documentation, or perform defect detection and pattern matching alongside dimensional verification.

Choose laser measurement on SP-4030 when: your application requires height or flatness inspection (coplanarity of PCB components, flatness of sealing surfaces), thickness measurement of transparent or low-contrast surfaces, dynamic inline scanning, or profile measurement across a cross-section.

Best of both worlds:SP-4030 supports both technologies. Vision handles 2D geometry and multi-feature inspection; laser handles height, flatness, and profile measurement. This hybrid approach allows manufacturers to complete full part validation—from 2D dimensions to 3D depth features—on a single, integrated platform.

Key Advantages

- Self-developed 21-order volumetric compensation for true 3D error correction
- 0.01 μm absolute linear scale for ultra-high-resolution positioning feedback
- Optional ES-Laser module for height, flatness, and profile measurement (1 μm repeatability, 3 μm accuracy)
- Stable accuracy and repeatable measurement results
- Non-contact inspection with clear optical imaging
- Suitable for automated inspection and batch measurement routines
- Designed for industrial metrology and quality control environments
- Large granite base for thermal stability and vibration resistance
- USB/network-controlled multi-zone LED lighting with brightness indication
- Automatic Zoom and auto-focus optical coaxial lens

Summary

The Easson SP-4030 CNC Vision Measuring Machine delivers a next-generation inspection solution for manufacturers who demand stable accuracy, high repeatability, and reliable coordinate measurement. With Easson‘s self-developed 21-order volumetric compensation and 0.01 μm absolute linear scales, the SP-4030 provides a powerful combination of precision, stability, and efficiency for modern industrial quality control.

For users requiring out-of-plane measurement capability, the optional ES-Laser module transforms the SP-4030 into a hybrid vision-laser metrology system—capable of measuring both 2D geometries (via vision) and 3D dimensional features such as height, flatness, and profile (via laser). A high-precision CNC vision measuring system built for stable metrology performance and production inspection efficiency.

FAQ

1) What is the SP-4030 vision measuring machine used for?

The Easson SP-4030 is used for high-precision 2D dimensional inspection and optical coordinate measurement. It measures features such as distances, holes, angles, contours, and geometric elements for industrial quality control. With the optional ES-Laser module, it can also perform height, flatness, and profile measurement.

2) What is 21-order volumetric compensation in a vision measuring system?

21-order volumetric compensation is a technology that corrects multi-axis geometric errors in 3D space, including straightness, squareness, and angular errors (pitch, yaw, roll). It helps improve measurement stability and accuracy across the full machine travel.

3) What is the benefit of using a 0.01 μm absolute linear scale?

A 0.01 μm absolute linear scale provides ultra-high-resolution position feedback and stable axis measurement. It also outputs absolute position information after power-on, improving repeatability and reducing positioning errors.

4) What laser measurement functions does SP-4030 support with the optional ES-Laser module?

The ES-Laser module supports six dedicated laser measurement functions: height measurement, flatness measurement, profile measurement, profile point measurement, profile average point measurement, profile line measurement, and profile circle measurement.

5) Is the SP-4030 suitable for production inspection and batch measurement?

Yes. The SP-4030 is designed for automated measurement routines and repeatable inspection tasks, making it suitable for both production quality control and laboratory metrology applications.

6) Can the SP-4030 generate measurement reports?

Yes. The SP-4030 supports measurement result output and report generation in multiple formats including DXF, Word, Excel, and PDF, helping users standardize quality control records and inspection documentation.

7) Does Easson provide technical support and after-sales service?

Yes. Easson provides technical support, installation guidance, and after-sales service for SP-4030 vision measuring systems, including training and troubleshooting assistance.

8) What industries commonly use CNC vision measuring machines like SP-4030?

Common industries include precision machining, electronics manufacturing, mold & die production, automotive components, medical device inspection, aerospace parts verification, and sheet metal fabrication where accurate non-contact measurement is required.

9) Can vision measurement and laser measurement be used together on SP-4030?

Yes. SP-4030 fully supports both measurement modes. Vision measurement handles 2D dimensional inspection (diameter, distance, angle, hole position), while the optional ES-Laser module adds 3D depth measurement capabilities—height, flatness, and profile—on the same platform, eliminating the need for separate systems.

10) What is the repeatability and accuracy of the ES-Laser module on SP-4030?

The ES-Laser module delivers 1 μm repeatability and 3 μm measurement accuracy, with a measuring range of ±5 mm at a 30 mm reference distance.

What Is the Difference Between Laser Measurement and Image Measurement?

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