Adjustable Laser Chip Ultrasonic Cleaning Machine VGT-709FPA

Adjustable laser chips are used in fiber grating demodulators and scanning modules. These two devices can be widely applied in various fiber grating sensing systems to achieve real-time online monitoring of physical parameters such as stress, temperature, displacement, vibration, and deformation.

The chip cleaning process refers to a series of steps for cleaning chips, including the following:

1. Preparation of cleaning equipment: This includes cleaning tanks, cleaning machines, ultrasonic cleaners, distilled water, etc.

2. Removal of surface contaminants: Use chemicals or solvents to remove dirt from the chip surface. Common solvents include methanol, isopropanol, acetone, etc.

3. Ultrasonic cleaning: Place the chip into the ultrasonic cleaner and use high-frequency sound wave vibrations to remove impurities and stains from the surface and interior.

Shenzhen Weigute Ultrasonic Technology Development Co., Ltd. is a high-tech enterprise that inherits the successful business philosophy of Gute (Hong Kong) Industrial Co., Ltd. It integrates the research, development, design, production, sales, and service of ultrasonic cleaning machines and water purifiers.

Weigute Ultrasonic Cleaning Machine Cleaning Principle:

During the cleaning process, the workpiece is subjected to the impact of "cavitation" generated by high-frequency ultrasound and the continuous up-and-down motion of the system, which increases liquid friction. This allows contaminants on the workpiece surface to be quickly removed, achieving high cleanliness.

Weigute Ultrasonic Cleaning Equipment:

The VGT-709FPA is an automatic intelligent ultrasonic cleaning machine with 7 functional tanks. It is equipped with a circulation filtration system, automatic temperature control system, touchscreen system, agitation system, ultrasonic cleaning system, overflow system, timing system, automatic intelligent robotic arm system, recovery system, condensation system, and drying system. The machine uses solvent cleaning, rinsing, and hot air drying, making it an environmentally friendly cleaning device.

Cleaning Process: Automatic loading—1 ultrasonic immersion cleaning (agitation) 28K—2 ultrasonic rough cleaning (agitation) 40K—3 ultrasonic fine cleaning (agitation) 40K—4 ultrasonic rinsing (agitation) 40K—5 dripping and draining—6 hot air drying—7 hot air drying—automatic unloading.

Automatic Loading and Unloading System:

1. The loading system can accommodate 2-4 cleaning basket stations, while the unloading system can hold 1-2 cleaning basket stations.

2. Sensors are installed at the loading and unloading ports, with alarm devices set according to the condition of the cleaning baskets.

3. The loading and unloading mechanism uses universal cleaning baskets, enabling the handling of various parts.

4. The loading and unloading rhythm is controlled by sensors connected to the PLC.

5. When a cleaning basket is discharged, a short audio-visual alert is triggered. If two baskets remain uncollected, the alert continues.

Ultrasonic Solvent Cleaning Tank and Ultrasonic Solvent Rinsing Tank:

1. Independent cleaning tanks with a zigzag-shaped four-sided overflow design, overflow slot width 35mm. Liquid continuously flows into the storage tank via overflow and is pumped back into the cleaning tank through the circulation filtration pump.

2. Equipped with an independent circulation filtration system.

3. Drain valve at the bottom of the tank discharges liquid into the storage tank.

4. Temperature sensor inside the tank, temperature control range: RT-100°C. Indirect heating method is used to effectively prevent flammability and explosion risks of the cleaning solution.

5. Agitation system installed outside the tank.

Dripping and Draining Tank:

1. A support system is installed at the bottom of the tank.

2. The cleaning basket is equipped with a tilting device to facilitate easier drainage of the cleaning solvent.

3. A condensation system is installed at the top of the tank.

Hot Air Drying Tank:

1. Uses circulating hot air drying method, with the tank externally connected to a high-pressure fan + heating pack + air filter.

2. The fan operates in a one-in-one-out manner.

3. Stainless steel heating tubes are used, and a drain ball valve is installed at the bottom of the tank.

4. Temperature sensor inside the tank, temperature control range: RT-100°C, insulation: 10mm insulation cotton.