Product description
It has same quality as similar to Jager dental spindle motor,our this model with higher rotation speed for wider industrial application. And it can well mill the materials of Zirconia and Ceramic for false tooth.
Advantage
1. Very high rotation speed up to 60000rpm;
2. Specifically designed for false tooth engraving machining;
3. Meticulously designed cooling water route in the body make the motor and bearing temperature well controlled;
4. Reasonable and low cost;
5. Japan or Germany made bearings. China made bearings are optional for lower cost;
6. Compacted structure design;
7. Key parts including the central shaft are finely ground on Switzerland made Studder Grinding machines to be in the tolerance of +/-0.001mm. The concentricity and the tone area run-out of the parts can be made very well in 0.001mm tolerance;
8. Good looking appearances;
9. Supplied with specific VFD;
10. Temperature sensor is built in normally except that a customer doesn’t need it for low cost.
Structure
Motor reference curve
Parameter
NO | Data | Model-40V3 |
1 | Motor power(kw) | 0.35 |
2 | Rate voltage(V) | 100(3~） |
3 | Max speed(RPM) | 60000 |
4 | Max frequency(HZ) | 1000 |
5 | Torque(N.M) | 0.056 |
6 | Max current(A) | 6.5/5.0/4.3 |
7 | Tooling change method | ATC |
8 | Tool conncection | Φ3-Φ4 collet |
9 | Vibration value(mm/s) | ≤0.8 |
10 | Cooling | Air coolant |
11 | Weight(Kg) | 1.35 |
12 | Tooling pulling force(n) | ≥1000 |
13 | Encoder | No |
14 | Approach switch | No |
15 | Balance level | G1 |
16 | Tooling releasing air pressure(Kgf/cm2) | 5.6-6.0 |
17 | Air cutain presssure at front end(Kgf/cm²) | No |
18 | Tooling back air pressure | No |
19 | coolant pressure(Kgf/cm²) | ≈2.0 |
20 | Bearing lubrication method | Grease |
21 | Install method | Clamp |
22 | Cone at the end of the shaft pulsates(mm) | ≤0.001 |
Product details
Applications
Our certifications
For more details,please contact us below
Foshan Nanhai Xingtuo Precise Machinery Co,.Ltd
Mobil/Wechat/Whatsapp:+86 18038825870
Email:sales3@eejaxt.com