Prevention of powder adhesion and improved sieving efficiency: "Ultrasonic sieving, ultrasonic hopper"
Artec Ultrasonic Sifter
Improvement of issues such as clogging, adhesion, and agglomeration in the powder screening process, and increase in yield and reduction of time during classification!
The "Ultrasonic Sieve Unit" transmits special ultrasonic vibrations to each individual stainless steel mesh wire, resolving issues such as clogging, adhesion, agglomeration, and bridging in sieves and hoppers. It improves the classification efficiency in powder sieving processes and contributes to time savings! It achieves dry sieving with high mesh sizes such as 20μm and can be installed on mass production machines ranging from standard JIS mesh frames to large Φ1200 models. 【Features】 ■ Ultrasonic hoppers address surface adhesion, bridging, rat holes, and improve discharge capacity. ■ Removal of foreign substances and disintegration through ultrasonic sieving at the hopper discharge, making fluffy powders advantageous for transport in the next process. ■ Quantitative supply transport through ultrasonic vibrations allows for integrated management with electronic scales. ■ The ultrasonic sieve machine (two-stage) enables even finer dry classification. Consulting services for applying ultrasonic vibrations are available. We also accept comparative verification with other equipment that customers are currently using or considering. * For more details, please refer to the PDF materials and the product introduction video on YouTube. Feel free to contact us. Additionally, we will be exhibiting at the "International Powder Technology Exhibition Tokyo" from November 27 to November 29, 2024. We look forward to your visit.
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【Ultrasonic Oscillator (DGS Model) Specifications】 Operating Frequency Range: 30kHz to 38kHz Maximum Output: Φ50-250: 50W, Φ300-400: 100W Power Supply: Single-phase 100V, 200V, 230V ±10% (50Hz/60Hz) multi-power supply built-in Weight: DGS Model 3.4kg, PNS Model 3.2kg Dimensions: Length 170mm x Width 280mm x Height 124mm (Note: PNS height is 91mm) Environmental Temperature: 0℃ to 45℃ (Humidity 80% or less at 30℃) Safety Standards: CE, IP65 structure 【Ultrasonic Converter (C35-SD8 Model) Specifications】 Maximum Output: 120W (C35-SD8) Material: Titanium Alloy Body (C35-SD8) Weight: 270g 【Clamp Band Fixture Specifications】 Material: SUS304 (Option SUS316L) Compatible Sizes: Φ50, Φ75, Φ100, Φ150, Φ200, Φ250, Φ300, and other sizes 【Exhibition Information】 ■ Exhibition Name: "International Powder Technology Exhibition Tokyo" ■ Venue: Tokyo Big Sight, East Halls 1, 2, 3, Booth: 2B-22 ■ Dates: November 27 to November 29, 2024 ■ Opening Hours: 9:30 AM to 5:00 PM (Final day, 29th until 4:30 PM)
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P4
Applications/Examples of results
【Applications】 ■Coatings ■Battery materials ■Metal materials ■Resin materials ■Pharmaceutical materials/Food materials ■Toners ■Chemical products etc. *For more details, please refer to the PDF document or feel free to contact us.
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Model number | overview |
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DGS35kHz | Ultrasonic oscillator 35kHz frequency 50W/100W |
C35-SD8 | Ultrasonic converter (transducer) |
HF5m | HF cable 5m |
Clamp band jig | Clamp-type band fixture for various sizes of standard sieves. |
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UC Technology Inc. (USA) has been at the forefront of ultrasonic technology since 1966, advancing alongside semiconductor manufacturing equipment. After establishing UC Japan Co., Ltd. in 1990, we developed strong relationships with major semiconductor manufacturing equipment manufacturers in Japan, primarily focusing on OEM supply for numerous wire bonders and flip chip bonders, building trust and a solid track record. Since 2005, we have collaborated with our sister companies, including Lincos (Switzerland), Artec (Switzerland), Crest (USA), Martin Walter (Germany), and KLN (Germany), and have also begun handling various ultrasonic applications. To support global efforts to address environmental and energy issues, we prioritize meeting requirements such as efficiency, lightweight design, miniaturization, strength, airtightness, and reproducibility. We value experimental verification with our customers and continuously propose ultrasonic solutions necessary for creating the future of manufacturing. Please feel free to consult with us.