Digital Benchtop Ultrasonic Cleaners
Digital Triple-Frequency Benchtop Ultrasonic Cleaner (6L-30L)
The ultimate solution for ultra-precision cleaning. Featuring switchable 40kHz, 80kHz, and 120kHz frequencies, this triple-frequency series safely removes sub-micron particles from the most delicate substrates. Combined with adjustable power, Sweep, and Degas functions, it is the premier choice for semiconductor, optics, and advanced lab applications (6L-30L).
Product Overview
The SNX-DTF Series represents the highest tier of SonixMax benchtop ultrasonic technology. Engineered for ultra-precision industries, this series features switchable triple-frequency technology (40kHz / 80kHz / 120kHz), alongside adjustable power, Sweep, and Degas functions. Available in capacities from 6L to 30L.
While standard 40kHz cleaners are excellent for general precision parts, they can still be too aggressive for microscopic structures, coated optics, or silicon wafers. Higher frequencies (80kHz and 120kHz) create exponentially smaller cavitation bubbles. These micro-bubbles provide a gentle, highly penetrative scrubbing action that removes sub-micron contaminants without causing cavitation pitting on fragile surfaces.
Typical End-User Applications:
- Semiconductor & Microelectronics: Cleaning silicon wafers and micro-components without damaging delicate surface traces.
- Precision Optics: Removing polishing compounds and dust from coated lenses, prisms, and laser optics.
- Advanced Medical Devices: Final cleaning of medical implants and surgical tools requiring strict sub-micron cleanliness.
- High-Tech Laboratories: R&D facilities that require a single machine to adapt to vastly different experimental materials.
B2B Cooperation Positioning
This product line is specifically configured for:
- Scientific & Laboratory Instrument Distributors
- Semiconductor Equipment Suppliers
- Optical Manufacturing Tool Dealers
- High-End Industrial Equipment Wholesalers
For distributors, the SNX-DTF series opens the door to high-margin, niche markets. Buyers in the semiconductor and optics industries typically face a dilemma: they need high-frequency cleaning, but dedicated megasonic tanks are prohibitively expensive and lack versatility. This triple-frequency machine bridges that gap, allowing you to offer a highly advanced, multi-purpose solution at a competitive commercial price point.
Product Portfolio
Please note that due to the complex transducer arrays required for triple-frequency generation, this series starts at a 6L capacity to ensure optimal wave distribution:
- Medium Capacity (6L - 15L): Ideal for optical clinics, R&D laboratories, and small-batch microelectronics assembly where precision is prioritized over volume.
- Large Capacity (19L - 30L): Designed for semiconductor batch processing, aerospace component maintenance, and medical device manufacturing requiring larger tank dimensions for specialized baskets.
Features & Specifications
Core Features
- Switchable Triple-Frequency (40kHz / 80kHz / 120kHz):
- 40kHz (Standard Precision): For general flux removal, machined parts, and robust lab instruments.
- 80kHz (High Precision): For complex blind holes, delicate metals, and fine capillary tubes.
- 120kHz (Ultra-Precision): For sub-micron particle removal on silicon wafers, coated glass, and highly sensitive electronics with zero surface erosion.
- Adjustable Ultrasonic Power: Fine-tune the cavitation intensity to perfectly match the substrate's fragility.
- Sweep & Degas Functions: Sweep eliminates standing waves for 100% uniform cleaning, while Degas rapidly removes dissolved gases to ensure the high-frequency micro-bubbles form correctly.
- Extended Digital Timer (0-99 Mins): Supports the longer, gentler cleaning cycles often required in high-frequency applications.
Technical Specifications
Product Model | Inner Tank Size (mm) | Capacity | Inner Tank Material | Ultrasonic Power | Frequency | Time Control | Heating Power | Temperature Control |
|---|---|---|---|---|---|---|---|---|
SNX-DTF-6L | 300*150*150 | 6L | SUS304 | 70-180W | 40/80/120KHz | 0-99 MINS | 300W | 20°C-80°C |
SNX-DTF-10L | 300*240*150 | 10L | SUS304 | 100-240W | 40/80/120KHz | 0-99 MINS | 300W | 20°C-80°C |
SNX-DTF-14L | 300*240*200 | 14L | SUS304 | 120-300W | 40/80/120KHz | 0-99 MINS | 300W | 20°C-80°C |
SNX-DTF-15L | 330*300*150 | 15L | SUS304 | 150-360W | 40/80/120KHz | 0-99 MINS | 300W | 20°C-80°C |
SNX-DTF-19L | 330*300*200 | 19L | SUS304 | 170-420W | 40/80/120KHz | 0-99 MINS | 300W | 20°C-80°C |
SNX-DTF-22L | 500*300*150 | 22L | SUS304 | 200-480W | 40/80/120KHz | 0-99 MINS | 600W | 20°C-80°C |
SNX-DTF-30L | 500*300*200 | 30L | SUS304 | 240-600W | 40/80/120KHz | 0-99 MINS | 600W | 20°C-80°C |
Cooperation Value
SonixMax supports distributors targeting the high-tech sector by providing:
- Consultative Sales Support: We provide the technical documentation needed to explain the physics of 120kHz cleaning to engineers and lab managers.
- Tender & Bidding Advantage: The combination of triple-frequency, power adjustment, and wave modulation in a single benchtop unit gives you a unique competitive edge in government and university procurement bids.
- Reliable Quality Control: High-frequency transducers require precise manufacturing. SonixMax ensures stable performance to protect your reputation in strict quality-control industries.
Channel Support
For wholesale and distributor partners, SonixMax provides:
- OEM Customization: Logo printing, custom packaging, and tailored UI designs are available for bulk orders. [Need confirmation on specific MOQ for OEM]
- Technical Data Sheets: Detailed specifications to support your technical sales team.
- Regional Configurations: Equipment can be manufactured to meet specific regional electrical standards (e.g., 110V/220V).
Usage Tips & Maintenance
To ensure optimal performance in ultra-precision applications:
- The Step-Cleaning Method: For heavily soiled delicate parts, start with 40kHz to remove bulk contaminants. Then, switch to 80kHz or 120kHz for a final "micro-rinse" to remove sub-micron particles from the surface pores.
- Degassing is Mandatory for High Frequencies: The micro-bubbles generated at 120kHz are extremely weak against dissolved air. You must run the Degas function for 10 minutes after every fluid change, or the 120kHz cycle will be highly ineffective.
- Chemistry Matters: High-frequency cleaning relies on penetrating microscopic spaces. Ensure you are using a cleaning solution with low surface tension (often formulated specifically for optics or semiconductors) to allow the 120kHz waves to reach the substrate.
FAQ
Product Selection
Why do I need 120kHz? Isn't 40kHz enough?
40kHz is excellent for general precision, but it cannot effectively remove particles smaller than 1 micron. Furthermore, the implosion force of 40kHz can damage highly sensitive surfaces like coated lenses or silicon wafers. 120kHz creates millions of tiny, gentle bubbles that sweep away sub-micron dust without etching the material.
Technical Questions
Can the machine run all three frequencies at the same time?
No, the frequencies are switchable. The operator selects 40kHz, 80kHz, or 120kHz based on the specific cleaning stage and the fragility of the components currently in the tank.
Request Product Information
Interested in offering the Digital Triple-Frequency Series to your high-tech clients? Contact SonixMax to discuss wholesale pricing, OEM options, and technical configurations for your market.
