Automatic Magazine Ultrasonic Cleaning Machine

Company Information:

We are a company owns knowledge of ultrasonic cleaning equipment for more than 20 years. Especially in Cleaning Substrate, Cassette, Sub tray, Magazine and other carriers and trays.

Changhua, Taiwan

Manufacturer

+886- 49-2511939
+886-49-2511938

See Supplier Website »

Company Postings:

(7) products in the catalog

Name:	Automatic Magazine Ultrasonic Cleaning Machine
Category:	Cleaning Equipment
Offered by:	Taiwan Supercritical Technology Co.,Ltd

Automatic Magazine Ultrasonic Cleaning Machine Description:

●Cleaning Substrate, Cassette, Subtray, Magazine and other carriers and trays
●Ultrasonic cleaning with high efficiency, can save time and human resource.
●Using DI WATER instead of solvent, environmental protection and no fire hazard.
●High efficiency hot air circulation, rapid drying effect reduces water marks.
●10” SUS Filter with precision filter element.
●Cleaning room class materials and manufacturing methods.
●Equipped loading and unloading conveyor, and synchronous type crane/ independent crane depend on cleaning process and cleaning amount.

Specification :

Automatic Magazine Ultrasonic Cleaning Machine
Introduction	Ultrasonic Cleaning+Hot Air Circulation Drying System
Machine Material	SUS304
Machine Size	L : 2600mm * W : 2145mm * H : 2275mm
Power	AC 220V 50/60Hz 3Ø
Frequency	28KHz/40KHz (Depend on requirement)
Ultrasonic Power	1200W/Tank
Tank Size	L : 350mm * W : 550mm * H : 550mm (Depend on requirement)
Tank Capacity	105 L
Magazine Size	L : 260mm * W : 130mm * H : 86mm(Max)
Cleaning Amount	6Pcs/Basket
Filter	10”SUS Filter * 4 Sets
Filter Element	Precision Filter Element
Heating System	SUS304 U Type Heater 2.5KW/Pcs
Lifting Transfer Mechanism	Synchronous crane/ independent crane (Depend on requirement)
Traversing Transfer Mechanism	Precise line rail, matching precision chain
Exhausting Hole	4” Exhausting Hole * 2Pcs
Control System	Colorful Touch Interface (HMI)
Air Filter	High Temperature Resistant Air Filter	Testing	99.99%	At 0.3µm
			99.97%