Audited Supplier
| Equipment performance and main parameters | |
| Equipment operating cycle | 20seconds |
| Equipment operator | 7 person |
| Estimated daily production (calculated based on 10 hours) | 1530 sets |
| Estimated monthly production (calculated on a 24 day basis) | 36720sets |
| Equipment noise | ≤75db |
| FEEDER replenishment cycle (shortest) | ≥20min |
| Overall production line net size | Length 14000mm * Width 6000mm * Height 2000mm |
| Power supply standards | AC 220V,50HZ |
| Gas supply methods and standards | Seamless steel pipe segmented supply, 0.5~0.8Mp |
| Main standard component brand configuration | |
| Pneumatic components | SMC |
| Sensor | Omron |
| Programmable logic controller | Siemens |
| Servo motor | Siemens |
| interface | PROFACE |
Overview:
Press the short shaft and Coin with the end cap respectively using a servo press.
Composition:
servo press, press mount, product base.
Brief description of action:
The operator puts in the end cap, short shaft and COIN respectively, and the equipment will be automatically pressed.
Overview:
Manually place the end cap and stator on the wire tray in the specified direction.
Composition: line body tray.
Brief description of action:
Manually place the end cap and stator on the wire tray in the specified direction.
Overview: Rotor core and shaft pressing.
Composition:
rotor temporary material path, six-axis manipulator, pressure assembly module.
Brief description of action:
Manually assemble the rotor core and shaft into the rotor temporary material path, and the manipulator automatically transfers the rotor in the temporary material path to the press assembly module and moves the finished product out.
Overview: Rotor and bearing press mounting.
Composition:
bearing temporary index plate, six-axis manipulator, bearing press assembly module.
Brief description of action:
Manually place the bearing on the bearing temporary index plate, and the bearing will be automatically transferred to the press assembly module. The manipulator automatically puts in the unassembled rotor and moves out the finished product.
Overview: Drive rotor rotation detection shaft end runout value.
Composition: six-axis manipulator, detection module, displacement sensor.
Brief description of action:
The manipulator puts the bearing press assembly into the detection module, drives the rotor to rotate and uses the displacement sensor to test the runout value.
Overview:
Check OK rotor into wire tray.
Composition:
six-axis manipulator, integrated positioning module.
Brief description of action:
The joint positioning module locates the stator, and the runout detection OK rotor is placed into the tray and assembled with the stator.
Overview:
Manually install the upper end cap, pre-install four screws and insert the stator lead into the tray.
Composition: Manual station.
Brief description of action:
Install the upper end cover manually, preinstall the four screws and insert the stator lead into the tray.
Overview:
The servo motor drives the lot head to tighten the screws and detect the screw height.
Composition:
lifting mechanism, servo motor, batch head, displacement sensor.
Brief description of action:
The lifting module drives the servo motor and the lot head to batch and tighten, and detects the tightening height after the tightening is completed.
Overview:
The stator is energized for turn to turn test.
Composition:
turn tester, conduction module.
Brief description of action:
The stator is energized for turn to turn test
Overview:
Manually install the capacitor and attach the stator wire to the capacitor.
Composition:
Manual station.
Brief description of action:
Install the capacitor manually and attach the stator wire to the capacitor.
Overview:
The motor is energized for the motor no-load test.
Composition:
tester, conduction module.
Brief description of action:
The motor is energized for motor no-load test (current, voltage, steering, speed, withstand voltage).
Overview:
Electric motor rotation detection noise.
Composition:
manual station, conduction module.
Brief description of action:
The motor is energized and rotated, and the noise of the motor is judged manually.
Overview:
Manual inspection of motor appearance and qualified products into the packing box.
Composition: Manual station
Brief description of action:
Manually inspect the appearance of the motor and put the qualified products into the packing box.
GOTOP -industrial manufacturing automation solutions.
GOTOP always focus on auto parts and motor industry manufacturing automation solutions, whether it is production process automation or production process information systems GOTOP professional technology, provide core technical support to customers.
GOTOP has 59 patents including 7 invention patents (included in the audit) it has passed the National high-tech Enterprise certification the ISO Quality Management System certification the new professional certification, and the certification of small and medium-sized sci-tech enterprises in Shandong province.
GOTOP adheres to the principle of integrity and gratefulness follows the concept of high quality and customer first, accumulates experience constantly enhances r & D strength and creates a bright future with each partner hand in hand!
The competitiveness of the company
research and development:
• Rigorous evaluation and necessary experimental verification
• Build a professional project team
• Continuous improvement in engineering design, Modular rocket
• Keep up-to-date with project progress and feedback
Quality:
• Internal and external design review
• Implement PDCA for material inspection
• Gotop internal acceptance and customer pre-acceptance
• 1 year or above quality assurance
Manufacturing:
• Decompose the assembly process to make it more detailed
• Review the problem every day and make timely improvement
• Unified standard operating procedures and practices
• Implementation of PDCA
Services:
• Technical training
• Long-term free technical support from strategic partners
• Transfer of information and documents
