Coordinate Measuring Machines XYZAX mju NEX
Compact CNC coordinate measuring machine which realizes
energy saving with stable measuring accuracy
The monitor arm specification integrated into a desktop computer (standard model for the domestic market of Japan) further saves space
The most compact footprint in its class. It enables to select an
installation space easily
- Description
- Additional information
Description
HIGHLIGHTS
Industry Leading Efficiency
Class AAA
Turn-key Operation
Suitable for larger target areas
Environment Resistant Design
Smallest Stylus Ball Diameter: Φ 0.3 mm
Deliverable through common door frame
| Model | XYZAX mju NEX 5/5/4 | |
| Measuring range | X-axis (mm) | 510 |
| Y-axis (mm) | 460 | |
| Z-axis (mm) | 410 | |
| Length measuring method | Linear scale system | |
| Minimum unit (μm) | 0.01 | |
| TP200B | Maximum permissible error of length measurement E0, MPE (μm) E150, MPE | 2.2 + L/250 2.7 + L/250 |
| Maximum permissible of the repeatability range R0, MPL (μm) | 1.4 | |
| Maximum permissible single-stylus form error PFTU, MPE | 2.5 | |
| TP20 | Maximum permissible error of length measurement E0, MPE (μm) E150, MPE | 2.7 + L/250 3.2 + L/250 |
| Maximum permissible of the repeatability range R0, MPL (μm) | 1.8 | |
| Maximum permissible single-stylus form error PFTU, MPE | 2.7 | |
| RTP20 | Maximum permissible error of length measurement E0, MPE (μm) E150, MPE | 2.7 + L/250 |
| Maximum permissible of the repeatability range R0, MPL (μm) | 2.0 | |
| Maximum permissible single-stylus form error PFTU, MPE | 3.3 | |
| Guide system of each axis | Linear guide with air bearings | |
| Table | Material | Gabbro |
| Effective width (X) (mm) | 700 | |
| Effective depth (Y) (mm) | 900 | |
| Height from floor (mm) | 725 | |
| Flatness | Class JIS 1 | |
| Fixing screw for object to be measured | M10 internal screw | |
| Workpiece | Max. height (mm) | 520 |
| Max. mass (kg) | 200 | |
| Drive speed | Max. acceleration/deceleration (mm/sec2) | 1732 |
| Variable speed range (mm/sec) | Auto measurement mode 0.01 to 433 (Stepless control) | |
| Measuring speed (mm/sec) | Joystick and manual mode (Automatic measurement) 0 to 5 |
| Environment temperature (°C) | 18 to 22 |
| Temperature changes (°C/hour) | 1 |
| Temperature gradient (°C/m) | 1 |
| Supply pressure / Working pressure (MPa) | 0.40 to 0.69 / 0.30 |
| Consumption (NL/min) | 10 |
| Voltage (V/%) | AC100 ±10 (grounding required) |
| Power consumption (W) | 801 |
| External dimensions | Width (mm) | 1805 |
| Depth (mm) | 2020 | |
| Height (mm) | 2170 | |
| Body mass (kg) | 660 | |
| Minimum ceiling height (mm) | 2320 | |
| Machine height at transport (mm) | 2112 |
| Supply pressure / Working pressure (MPa) | 0.40 to 0.69 / 0.30 |
| Consumption (NL/min) | 10 |
| Voltage (V/%) | AC100 ±10 (grounding required) |
CMM has been widely used in the measurement of the machined parts and accessories applied in mechanical manufacturing, automobile, electronics, aerospace, military and defense, furniture, and tool prototype; the box, frame, gear, cam, worm wheel, worm, blade, curve, curved surface, and more in molding industry; as well as hardware, plastic and other fields to measure the size, shape and position tolerance of the workpiece, so as to complete the parts inspection, shape measurement, and process control, it’s the indispensable measuring equipment for modern precise inspection and quality control
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| •Modules |
| •Extensions |
| •Stylus |
| •Optional software |
Updating…
Additional information
| Manufacturer | Accretech |
|---|---|
| Origin | Japan |
| Type | Manual |
