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        MACH-V 9106 | In-line CNC Coordinate Measuring System - MACH Series | MITUTOYO    
                
    
     
    
    
        In-line CNC CMM
MACH-V 9106
The CNC coordinate measuring machine for in-line use provides high acceleration and high-speed movement to enable high-throughput measurements.
 
 
     
                
                                                                        
                
                    
        
            ข้อมูลเพิ่มเติม
            
                            
                    | แบรนด์สินค้า | 
                    MITUTOYO | 
                
                            
                    | Order No. | 
                    MACH-V 9106 | 
                
                            
                    | Main unit | 
                    SPECIFICATIONS 
| MACH-V9106 | 
 
| Measuring range (mm) | 
X axis | 
900 mm | 
 
| Y axis | 
1000 mm | 
 
| Z axis | 
600 mm | 
 
| Resolution | 
0.0001 mm (0.1 μm) | 
 
| Guide system | 
Linear guide on each axis | 
 
| Operating speeds | 
CNC MODE | 
Max. 500 for each axis mm/s; Max. combined speed 866 mm/s | 
 
| 1 to 20 mm/s (Measuring speed) | 
 
| Joystick mode | 
0 to 80 mm/s (High Speed) | 
 
| 0 to 3 mm/s (Low Speed) | 
 
| 0 to 0.05 mm/s (Fine Speed) | 
 
| Maximum drive acceleration | 
Each axis 5063 mm/s²; Max. combined acceleration 8770 mm/s² | 
 
| Scale type | 
Linear encoder | 
 
| Workpiece | 
Maximum height | 
800 mm | 
 
| Maximum mass | 
150 kg | 
 
| 
 Mass of machine (including the mounting stand and controller) 
 | 
4130 kg | 
 
 
  
  
  
  
   | 
                
                            
                    | Accuracy | 
                    Accuracy Length measurement error ISO 10360-2: 2009 
(Unit: μm) 
| Probe used | 
Temperature range | 
Max. permissible length measurement error (E 0, MPE) | 
Maximum permissible limit of the repeatability range (R0, MPL) | 
 
SP25M (stylus: ø4×50 mm) | 
19 to 21 °C | 
E0, MPE =2.5 + 3.5L/1000 μm | 
2.2 | 
 
| E150, MPE =2.5 + 3.5L/1000 μm | 
 
| 18 to 22 °C | 
E0, MPE =2.7 + 3.8L/1000 μm | 
 
| E150, MPE =2.7 + 3.8L/1000 μm | 
 
| 15 to 25 °C | 
E0, MPE =2.9 + 4.3L/1000 μm | 
 
| E150, MPE =2.9 + 4.3L/1000 μm | 
 
| 5 to 35 °C | 
E0, MPE =3.6 + 5.8L/1000 μm | 
 
| E150, MPE =3.6 + 5.8L/1000 μm | 
 
TP7M (stylus: ø4×18 mm) | 
19 to 21 °C | 
E0, MPE =2.5 + 3.5L/1000 μm | 
2.5 | 
 
| 18 to 22 °C | 
E0, MPE =2.7 + 3.8L/1000 μm | 
 
| 15 to 25 °C | 
E0, MPE =2.9 + 4.3L/1000 μm | 
 
| 5 to 35 °C | 
E0, MPE =3.6 + 5.8L/1000 μm | 
 
 
  
Single stylus form error ISO 10360-5: 2020 
Unit: μm 
| Probe used | 
Maximum permissible singlestylus form error (P Form.Sph.1×25:SS: Tact,MPE) | 
 
| SP25M (stylus: ø4×50 mm) | 
2.2 | 
 
| TP7M (stylus: ø4×18 mm) | 
2.5 | 
 
 
  
  
Scanning accuracy ISO 10360-5: 2020 
Unit: μm 
| Applied probe | 
Maximum permissible scanning mode form error on a sphere (P Form.Sph.Scan:PP: Tact,MPE) | 
 
| SP25M (stylus: ø4×50 mm) | 
2.2 | 
 
Maximum permissible scanning mode time (τ Sph.Scan: PP: Tact,MPL) | 
 
| 40 sec | 
 
 
   | 
                
                            
                    | Temperature environment | 
                    
|   | 
Temperature | 
 
| Accuracy assurance conditions | 
Temperature range | 
5 to 35 °C | 
 
| Temperature variation | 
2 °C per hour | 
 
| 10 °C per 24 hours | 
 
| Temperature gradient | 
Vertical: 1 °C per meter | 
 
| Horizontal: 1 °C per meter | 
 
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                    External Dimensions 
(Unit: mm)

                  
                                                                            
                
                    
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