Schedule of lectures
A: Materials for precision mechanics.
1. Materials for precision mechanics and optics manufacturing.
B: Elements of precision mechanics.
2. Dismantled and disassembled connection.
3. Leadership and turning storage.
4. Device for transferring motion device to limit movement, spring.
5. Compensation, retraining, adjusting devices, micrometer
screws, cutting, cutting machines, readout devices, bubble.
C: Technology precise mechanics.
6. Physical methods of machining (laser, electrochemistry, plasma, electron
beam, sparks, ultrasound).
7 Finishing machining methods (calibration, reaming, grinding,
honing)
8.Pressing technique, precision castings, production of gears, springs manufacturing, manufacture of ball bearings.
D: Optical devices
9. Building components of optical devices.
10.The basic types of optical devices.
E: Optical Production Technology
11. Grinding and polishing of optical parts.
12. Special production methods of optical industry.
A: Materials for precision mechanics.
1. Materials for precision mechanics and optics manufacturing.
B: Elements of precision mechanics.
2. Dismantled and disassembled connection.
3. Leadership and turning storage.
4. Device for transferring motion device to limit movement, spring.
5. Compensation, retraining, adjusting devices, micrometer
screws, cutting, cutting machines, readout devices, bubble.
C: Technology precise mechanics.
6. Physical methods of machining (laser, electrochemistry, plasma, electron
beam, sparks, ultrasound).
7 Finishing machining methods (calibration, reaming, grinding,
honing)
8.Pressing technique, precision castings, production of gears, springs manufacturing, manufacture of ball bearings.
D: Optical devices
9. Building components of optical devices.
10.The basic types of optical devices.
E: Optical Production Technology
11. Grinding and polishing of optical parts.
12. Special production methods of optical industry.