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Ultrasonik Banyo Hydra Ultrasonic UltraClean Analog 28

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Hydra Ultrasonic UltraClean Model Ultrasonic Bath (Mechanical Control)

Fiyat Sorunuz

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Professional ultrasonic cleaning bath with dual-frequency technology, stainless steel construction, and multiple capacity options from 1 to 6 liters.

Stainless steel AISI 304 (EN 1.4301) satin-finish basin and body
Dual-frequency ultrasonic operation (28/40 kHz)
Mechanical control interface for straightforward operation
Integrated heating element for temperature control
Engineered ventilation system for continuous performance
Premium stainless steel baskets with ergonomic design
Six capacity options: 1L to 6L

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Daha fazla detay

The Hydra Ultrasonic UltraClean series represents advanced ultrasonic cleaning technology for laboratory and industrial applications. Built with premium AISI 304 stainless steel (EN 1.4301) satin-finished basin and housing, this mechanical control unit delivers reliable, efficient cleaning performance. Dual-frequency operation (28/40 kHz) ensures versatility across diverse cleaning protocols. The integrated heating element maintains optimal solution temperatures, while the engineered ventilation system ensures continuous operation efficiency. Available in six capacity configurations to meet varying laboratory requirements.

Technical Specifications

Model UG 1	Basin capacity 1 litre \| Ultrasonic power 50 Watt \| Frequency 28/40 kHz \| Heater power 150 Watt \| Basin dimensions 151×83×100 mm \| External dimensions 160×100×300 mm
Model UG 1.5	Basin capacity 1.5 litre \| Ultrasonic power 50 Watt \| Frequency 28/40 kHz \| Heater power 150 Watt \| Basin dimensions 151×137×100 mm \| External dimensions 160×150×200 mm
Model UG 2	Basin capacity 2 litre \| Ultrasonic power 50 Watt \| Frequency 28/40 kHz \| Heater power 150 Watt \| Basin dimensions 151×137×150 mm \| External dimensions 160×150×250 mm
Model UG 3	Basin capacity 3 litre \| Ultrasonic power 100 Watt \| Frequency 28/40 kHz \| Heater power 150 Watt \| Basin dimensions 240×137×100 mm \| External dimensions 250×150×200 mm
Model UG 4	Basin capacity 4 litre \| Ultrasonic power 100 Watt \| Frequency 28/40 kHz \| Heater power 300 Watt \| Basin dimensions 240×137×150 mm \| External dimensions 250×150×250 mm

Applications

Laboratory sample and glassware cleaning
Precision instrument and component ultrasonic cleaning
Jewelry and watch parts decontamination
Medical and dental instrument sterilization preparation
Industrial parts and precision component cleaning
Archaeological artifact gentle cleaning
Electronics and delicate component cleaning

Frequently Asked Questions

What is the advantage of dual-frequency operation?

The 28/40 kHz dual-frequency technology allows operators to select the optimal frequency for different cleaning applications. Lower frequencies (28 kHz) provide more aggressive cavitation action for heavy soil removal, while higher frequencies (40 kHz) deliver gentler cleaning suitable for delicate specimens.

Why is AISI 304 stainless steel specified?

AISI 304 (EN 1.4301) stainless steel provides superior corrosion resistance against most aqueous cleaning solutions, strong acids, and ultrasonic cavitation forces. The satin finish facilitates easy cleaning and maintains the bath's aesthetic appearance.

What is the function of the integrated heater?

The thermostatically controlled heating element (150W or 300W depending on model) maintains optimal cleaning solution temperatures, typically 20-80°C. Elevated temperatures enhance cavitation efficiency and dissolution of contaminants, particularly for proteinaceous and lipid-based soils.

How does the ventilation system contribute to performance?

The engineered ventilation design ensures dissipation of ultrasonic mist and vapors generated during extended operation, maintaining consistent acoustic energy transmission and preventing vapor accumulation in the laboratory environment.

Which model size is recommended for general laboratory use?

For typical laboratory applications, the UG 2 or UG 3 models provide optimal balance between capacity and benchtop footprint. Selection depends on typical batch sizes and available workspace.