一臺適用于高精密需求工業(yè)清洗領域的智能化超聲波清洗設備（手機玻璃面板、太陽能玻璃、光電玻璃、液晶玻璃、光學鏡片、晶圓、半導體精密電子、望遠鏡、瞄準器光學零件、數(shù)碼相機、電腦配件、光學玻璃、VCD、DVD等激光頭、投影機、背投電視光學玻璃/攝像頭、望遠鏡光學玻璃拋光、磨邊后環(huán)保清洗、高要求光學玻璃膜鍍前環(huán)保清洗干燥系統(tǒng)。）

An intelligent ultrasonic cleaning equipment suitable for high-precision industrial cleaning needs (Mobile phone glass panels, solar glass, photoelectric glass, LCD glass, optical lenses, wafers, semiconductor precision electronics, telescopes, sight optical parts, digital cameras, computer accessories, optical glass, VCD, DVD laser heads, projectors, rear projection TV optical glass/cameras, telescope optical glass polishing, environmentally friendly cleaning after grinding, and environmentally friendly cleaning and drying system before coating high demand optical glass films.)

清洗程序：手動上料-超聲波水洗1（洗劑槽/可自動定時添脫脂劑）-超聲波水洗2-超聲波水洗3-超聲波水洗4-超聲波水洗5-純水切水-循環(huán)熱風烘干1-循環(huán)熱風烘干2-循環(huán)熱風烘干3-靜電去除-自動下料

Cleaning program: Manual feeding - Ultrasonic water washing 1 (detergent tank/automatic timed addition of degreaser) - Ultrasonic water washing 2- Ultrasonic water washing 3- Ultrasonic water washing 4- Ultrasonic water washing 5- Pure water cutting water - Circulating hot air drying 1- Circulating hot air drying 2- Circulating hot air drying 3- Electrostatic removal - Automatic unloading

設備用途：用于界面玻璃制品的表面油污及塵埃/指紋等雜質(zhì)清洗；

Equipment use: Used for cleaning surface oil stains, dust/fingerprints and other impurities of interface glass products;

可應用行業(yè)：手機玻璃面板太陽能玻璃光電玻璃液晶玻璃光學鏡片晶圓半導體精密電子等行業(yè)

Applicable industries: mobile phone glass panels, solar glass, optoelectronic glass, liquid crystal glass, optical lenses, wafer semiconductors, precision electronics, and other industries

設備能力：清洗速度可按客戶的產(chǎn)品要求自行設定。（1-3min/框120片/框）

Equipment capability: The cleaning speed can be set according to the customer's product requirements. (1-3min/frame, 120 pieces/frame)

潔凈度要求：

Cleanliness requirements:

目檢：距清洗件5-10㎝范圍內(nèi)，無肉眼可見污物或油跡，白布擦拭無痕跡，無污痕，無殘留物指紋等，以滿足客戶的檢驗。

Visual inspection: Within a range of 5-10 cm from the cleaning part, there should be no visible dirt or oil stains to the naked eye. Wipe with a white cloth without any traces, stains, or residue fingerprints to meet the customer's inspection requirements.

傳輸方式：汽缸提升配合電機橫向線性滑軌驅動移載傳輸（螺旋滑軌提升）。

Transmission method: The cylinder is lifted and combined with the motor to drive the lateral linear sliding rail for load transfer (spiral sliding rail lifting).

設備主要技術要求：

Main technical requirements of the equipment:

設備綜合描述

Equipment comprehensive description

該清洗機是一臺適用于精密工業(yè)清洗領域的智能化高精密超聲波清洗設備。設備動作過程由PLC做智能化控制，多個由SUS316L不銹鋼材質(zhì)制作的超聲波清洗槽、切水槽，循環(huán)熱風烘干槽、上下料系統(tǒng)等組成的一條連續(xù)工作的由清洗到烘干的精密智能化清洗設備系統(tǒng)。操作員將工件籃放置在進料臺上，進入上料區(qū)，上料輸送系統(tǒng)將清洗籃首先送往超聲波脫脂清洗槽。超聲波啟動清洗，在高頻超聲波強有力的空化效應沖擊作用下，油污、指紋，等污垢完全脫落，將污物徹底清洗掉；然后歷經(jīng)后續(xù)多道持續(xù)清洗后由輸送裝置將清洗籃送至烘干槽、對工件進行熱風干燥后送至出料端做靜電消除后至出料端。操作員在出料端將清洗框取出轉入下一道作業(yè)工序

This cleaning machine is an intelligent high-precision ultrasonic cleaning equipment suitable for the field of precision industrial cleaning. The equipment operation process is intelligently controlled by PLC, consisting of multiple ultrasonic cleaning tanks and cutting tanks made of SUS316L stainless steel material, circulating hot air drying tanks, loading and unloading systems, etc., forming a continuous and precise intelligent cleaning equipment system from cleaning to drying. The operator places the workpiece basket on the feeding table and enters the feeding area. The feeding conveyor system first sends the cleaning basket to the ultrasonic degreasing cleaning tank. Ultrasonic cleaning is initiated, and under the strong cavitation effect of high-frequency ultrasound, oil stains, fingerprints, and other dirt completely fall off, thoroughly cleaning away the dirt; After going through multiple continuous cleaning processes, the cleaning basket is sent to the drying tank by the conveying device, and the workpiece is dried by hot air before being sent to the discharge end for electrostatic elimination. The operator takes out the cleaning frame at the discharge end and transfers it to the next operation process