Description
Heavy-load Optical Vision and Probing Coordiante Measuring Machine
MaxTouch1263 Series
Product Introduction:The MaxTouch series is a moving bridge-type fully automatic vision measuring machine designed for high-precision and large-size measurements. It adopts a mobile bridge-type structure, where the measured object remains stationary to ensure measurement accuracy and stability. It is suitable for measuring industries such as electronics, medical devices, LCDs, aerospace, and aviation.Product Characteristic:- Granite mobile bridge structure, measuring workpiece is fixed;
- Four-axis CNC automatic closed-loop control, fully automatic measurement;
- Indian granite stone base and pillar, good stability;
- Imported RSF linear scale, resolution is 0.1um, grinding ball screw and AC servo motor etc. to ensure the precision and stability of the motion system;
- HD color camera to meet the needs of clear observation and accurate measurement
- 6.5x high-resolution motorized coaxial zoom lens, accurate doubling and one times pixel correction only needed;
- Program-controlled 5-ring 8-zone LED surface light source, intelligent realization of 256-level brightness adjustment;
- Powerful function and easy operation RV Software to enhance quality control;l
- Optional MCP Probe and Laser Senser Module. Machines can be customized according to customers' requirements.
Specifications:| Commodity | Heavy-load Optical Vision and Probing Coordinate Measuring |
| Model | MaxTouch1263 |
| Code # | 527-280N |
| X/Y Axis Travel | (600*1200) mm |
| Z Axis Travel | 300mm |
| X/Y/Z-axis Linear Scale | Open Grating Ruler, resolution: 0.1um |
| Guidance Mode | Precision linear guide rail |
| Operation Mode | Joystick controller, Mouse operation, automatic detection program. |
| Accuracy* | XY Axis:≤3.0+L/200(um) |
| Z Axis:≤4.0+L/200(um) |
| Repeatability | 5um |
| Illumination System | Contour | LED parallel contour illumination |
| Surface | 0~255 Stepless adjustable 5-ring 8-division LED surface illumination |
| Coaxial | Point LED Light source |
| Video System** | 1/1.8" High-Definition Digital Color Camera |
| 6.5X Automatic Zoom Lens; Optical Magnification: 0.7X~4.5X, Video Magnification: 20X~129X;(24" monitor) |
| Touch Probe | UK Renishaw PH6+TP20+Star styli |
| Calibration Sphere | φ:25mm Ceramic Calibration Sphere with traceable calibration certificate |
| Measuring Software | Rational Vue |
| Operating System | Support WIN10/11-32/64-bit Operating System |
| Language | English, Simplified Chinese, traditional Chinese, other languages can be added |
| Working Environment | Temperature 20ºC±2ºC,Humidity Range<2ºC/hr, Humidity 30~80%, Vibration<0.002g, <15Hz |
| Power Supply | AC220V/50Hz; 110V/60Hz |
| Dimension (WxDxH) | (1346*2359*1874) mm |
| Gross/Net Weight | 2550/2200Kg |
Note:L is measured length(mm), the mechanical accuracy of Z-axis and focus accuracy is greatly related to the surface of the workpiece.Video Magnification is approximate value, it is related to the diagonal of monitor and resolution.Field of view(mm) = (diagonal*Horizontal*Vertical)Product Configuration Model Description(Example with MaxTouch1263):| Product Category | 2.5D | 3D | 2.5D | 3D |
| Commodity | 2.5D Automatic Vision
Measuring Machine | 3D Automatic Contact & Vision Measuring Machine | 2.5D Automatic Laser-Scan & Vision Measuring Machine | 3D Automatic Multisensory
Measuring Machine |
| Model | MaxTouch1263
A | MaxTouch1263
B | MaxTouch1263
C | MaxTouch1263
D |
| Type | A | B | C | D |
| Significance | Optical Zoom-lens Sensor | Zoom-lens Sensor and Contact Probe Sensor | Zoom-lens Sensor and Lazer Sensor | Zoom-lens Sensor, Contact Probe Sensor and Lazer Sensor |
| Contact Probe | Without | MCP-Kit1 | Without | MCP-Kit1 |
| Lazer Module | Without | Without | Omron Lazer | Omron Lazer |
| Software Version | iMeasuring4.1 | iMeasuring4.2 | iMeasuring5.0 | iMeasuring5.1 |
Application:
Semiconductor Manufacturing: Wafers, front-ends, back-ends, and components
Precision Metal Processing: Machining, Stamping, Powder Metallurgy Injection Molding
Precision plastic
Software Introduction
iMeasuring vision measurement software is a digital measurement software for geometric coordinate measurement based on Windows system. It supports image non-contact measurement, laser and confocal probe non-contact measurement and probe contact measurement. According to ISO, GPS, ASME geometric dimensions and tolerances Standard, digital measurement of linear and geometric dimensions such as shape, orientation, and position of part entities.
1.Software Interface
2. Geometric measurement:
1. [2D Elements]: Point, Line, Circle, Arc, Curve, Keyway, Rectangle, Ellipse, Ring, Contour Scan.Features: Lines, circles and arcs can be automatically identified and measured. For workpieces that need to find the highest point, extreme value measurement can be realized.
2. [3D Elements]: Plane, Sphere, Cone, Cylinder, Groove.Features: The operation interface is simple and easy to understand, covering common 3D elements. Realize the construction of points, lines, circles, arcs, ellipses, rectangles, grooves, rings, distances, angles, heights, open curves, closed curves, planes, cones, cylinders, and spheres.
3. Measurement Toolbar:
Realize point measurement, line measurement, circle measurement, arc measurement, ellipse measurement, rectangle measurement, groove measurement, ring measurement, curve measurement, contour measurement, height measurement, etc.
4. Construction toolbar
1. Guided by element type, it provides a variety of element construction functions such as translation, rotation, extraction, combination, parallel, vertical, mirroring, symmetry, intersection, and tangent.
2. Construct midpoints, intersections, lines, circles, arcs, ellipses, rectangles, grooves, O-rings, distances, angles, heights, open clouds, closed clouds, planes, calculation functions, and more.5. Multiple Sensor Configurations:
5.1 Optical imaging
2D: distance (maximum distance, minimum distance, average distance), angle, diameter, radius, cone angle, height;
Straightness, flatness, roundness, perpendicularity, inclination, parallelism, symmetry, concentricity, position, point profile, curve profile.
5.2 Touch Probes
3D: distance, angle, diameter, radius, cone angle, height;
Straightness, flatness, roundness, cylindricity, perpendicularity, inclination, parallelism, symmetry, concentricity, position, point profile, curve profile.
Complaint
