V-KOOL Long-Focus Short-Wave Near-Infrared Lens Ultrasonic Cleaning Machine

Long-Focus Short-Wave Near-Infrared Lens Ultrasonic Cleaning Machine

Composition of the product "Long-Focus Short-Wave Near-Infrared Lens" to be cleaned:

1.Front Fixed Group: Includes the first lens with positive optical power.

2.Zoom Group: Includes the second lens with negative optical power and the third lens with negative optical power.

3.Compensation Group: Includes the fourth lens with positive optical power.

4.Rear Fixed Group: Includes the fifth lens with negative optical power and the sixth lens with positive optical power.

Model VGT-1209FH OpticalUltrasonic Cleaning Machineis manufactured by Weigute. The first step is to understand the basic "composition of the optical ultrasonic cleaning machine":

Ultrasonic System: Includes an ultrasonic generator and transducer. The generator produces ultrasonic electrical signals above 40 kHz, and the transducer converts them into high-frequency mechanical oscillations, which are transmitted into the cleaning medium.

Electrical Control System: Equipped with knob switches for easy operation, high cleaning efficiency, and suitability for mass production.

Cleaning Tanks: Typically multiple tanks, such as the first to twelfth ultrasonic cleaning tanks, with identical inner dimensions, used for multiple ultrasonic cleaning cycles of workpieces.

The Weigute VGT-1209FH Optical Ultrasonic Cleaning Machine also features the above configurations with superior performance:

Equipped with a circulation filtration system, immersion system, automatic constant temperature system, frame system, agitation system, ultrasonic cleaning system, overflow system, centrifugal drying system, etc. The cleaning and centrifugal drying sections have independent electrical control cabinets. The device uses environmentally friendly water-based solvents for washing, pure water for rinsing, and centrifugal drying, making it an eco-friendly cleaning machine.

During the cleaning process, the workpiece is subjected to the impact of the "cavitation phenomenon" generated by high-frequency ultrasonic waves and the system's continuous up-and-down motion, which increases liquid friction, allowing contaminants on the workpiece surface to quickly detach, achieving high cleanliness.

Liquid Storage Tank Configuration: Divided into two chambers by a partition. The cleaned solution, after oil separation, is pumped back into the cleaning tank by a circulation pump, achieving self-circulation and improving solution utilization. The separated oil is discharged into the main drain pipe.

Tap Water Rinsing Tank: Each tank has four overflow ports with a width of 35 mm. A tap water inlet is installed with a filter.

Generator: Equipped with a fourth-generation ultrasonic generator, fundamentally ensuring effective ultrasonic conversion, ultrasonic performance, and stability of the generator's quality.

Centrifugal Drying: Low noise, with wind force capable of completely removing water from the inner tray.

Agitation Mechanism: The agitation motor drives a linear slider up and down via an eccentric wheel, fundamentally ensuring continuous agitation, reducing frictional resistance, and preventing damage to the agitation system due to heavy workpieces. This allows the agitation frame to drive the cleaning basket in up-and-down motion within the cleaning tank.

Electrical Control: Located on the left side of the first tank, housing the ultrasonic generation system, relays, air switches, transformers, and other main electrical control circuits.

The entire frame is made of steel profiles, with decorative panels on the front and both sides. The panels are hinged and made of stainless steel sand rubber boards, featuring a reflective surface for an elegant appearance.