90L Auto Lift Industrial Ultrasonic Cleaner | Automatic Lifting System Ultrasonic Bath for Laboratory

The KAL1024 90L Auto Lift Industrial Ultrasonic Cleaner is a next-generation integrated ultrasonic cleaning machine purpose-built for laboratory, research, and precision industrial applications. Combining a 90-litre stainless steel tank with 1200W of adjustable ultrasonic power, 3000W heating, and a fully integrated automatic basket-lifting system, the KAL1024 delivers consistent, hands-free cleaning cycles that enhance operator safety and process repeatability—qualities essential in regulated laboratory environments.

Unlike the conventional 90L industrial ultrasonic parts washer that requires the operator to manually lower and retrieve parts from heated cleaning solution, the KAL1024 features a pneumatic auto-lift system that raises and lowers the cleaning basket at the touch of a button. This design eliminates direct contact with hot chemical solutions, reduces operator fatigue during batch processing, and ensures precisely controlled immersion and dwell times across every cycle. The integrated generator — housed within the machine body rather than in a separate cabinet — makes this industrial ultrasonic cleaner compact, mobile, and easy to position in space-constrained laboratory layouts. Whether you are cleaning precision glassware, scientific instruments, machined components, or delicate research apparatus, the KAL1024 offers the power, control, and convenience that modern labs demand.

Auto Lift Industrial Ultrasonic Cleaner Key Features

• Automatic Basket Lifting System — The defining feature of the KAL Series. A pneumatic lift mechanism smoothly raises and lowers the stainless steel cleaning basket into and out of the solution. Operators simply load the basket, set the cycle parameters, and press start — the machine handles immersion, ultrasonic cleaning, heating, and retrieval automatically. This minimizes exposure to hot cleaning fluids, standardizes cycle timing for reproducible results, and significantly reduces manual handling effort during high-throughput batch cleaning.
• 1200W Ultrasonic Power (0–100% Adjustable) — High transducer density delivers uniform cavitation across the full 550×400×400mm tank. The infinitely adjustable power output allows operators to dial in gentle cleaning for fragile glassware and sensitive instruments, or full power for stubborn residues on metal components. This flexibility makes the KAL1024 suitable for multi-disciplinary laboratories handling diverse materials.
• 40KHz Ultrasonic Frequency — The 40KHz operating frequency produces finer, more densely distributed cavitation bubbles compared to lower-frequency industrial cleaners. This makes it ideal for laboratory applications where effective cleaning must be balanced against surface preservation — producing microscopic implosions small enough to penetrate narrow gaps, blind holes, and intricate geometries without pitting or eroding substrate surfaces.
• 3000W Immersion Heating System (0–80°C Adjustable) — The high-wattage heater brings 90 litres of aqueous cleaning solution to operating temperature rapidly. Digital thermostat control with ±1°C accuracy maintains the set point throughout the cycle, ensuring consistent thermal conditions that accelerate contaminant removal and improve detergent efficiency. The 0–80°C range supports a wide variety of cleaning chemistries, from room-temperature enzymatic detergents to elevated-temperature alkaline and acidic formulations.
• Integrated Generator Design — Unlike traditional industrial ultrasonic cleaners that house the generator in a separate external cabinet, the KAL Series integrates the ultrasonic drive electronics directly into the machine body. The control panel is mounted on the side of the unit, providing a clean, streamlined appearance and a compact footprint. This all-in-one design simplifies installation (no cabinet-to-tank cabling to route), enhances portability, and makes the machine easier to relocate as laboratory layouts evolve.
• Digital Control Panel with Timer (1–99 Minutes) — The intuitive digital interface provides independent control over ultrasonic power, heating temperature, and cycle duration. Set the timer from 1 to 99 minutes to match your validated cleaning protocol, then let the auto lift system manage the rest. Digital controls eliminate the guesswork of analog dials and support the documented, repeatable processes required in GLP (Good Laboratory Practice) environments.
• 90-Litre Stainless Steel Tank (550×400×400mm) — The generous internal dimensions accommodate a wide range of laboratory equipment: large beakers and Erlenmeyer flasks, HPLC columns, condenser coils, surgical instrument trays, glass reactor vessels, and machined metal components. The 304-grade stainless steel construction provides excellent chemical compatibility with common laboratory cleaning solutions and resists corrosion over extended service life.
• All-in-One Mobility — With overall dimensions of 880×710×950mm and casters (optional), the KAL1024 can be positioned where it is needed most. No separate generator cabinet means one machine, one power connection, and one footprint — an advantage in crowded laboratories and shared equipment rooms.

90L Auto Lift Industrial Ultrasonic Cleaner Specifications

What’s Included

• KAL1024 90L integrated ultrasonic cleaning machine with built-in generator
• Pneumatic auto lift basket system (pre-installed)
• Heavy-duty 304 stainless steel cleaning basket
• Stainless steel tank lid
• Power cable (industrial-grade, suitable for 220–240V supply)
• User manual and installation guide

The Auto Lift System: A Step Change in Laboratory Ultrasonic Cleaning

The automatic basket lifting system is what sets the KAL Series apart from conventional benchtop and industrial ultrasonic cleaners. In a standard ultrasonic bath, the operator must manually lower parts into the tank — often into heated solution at 50–80°C — and then reach into the hot, chemically active bath to retrieve them after the cycle. This manual process introduces several problems in a laboratory context:

• Safety risk: Repeated exposure to heated cleaning chemicals poses a burn and irritation hazard. Splashing during manual retrieval can contaminate work surfaces and expose operators to caustic solutions.
• Process variability: Different operators lower and retrieve baskets at different speeds and times, introducing inconsistency into what should be a standardized cleaning protocol.
• Operator fatigue: In high-throughput labs processing multiple batches per day, the repetitive motion of loading and unloading heavy baskets from a deep tank contributes to ergonomic strain.
• Contamination risk: Manual handling increases the chance of touching cleaned surfaces after the cycle, compromising the cleanliness required for sensitive analytical and research applications.

The KAL1024 auto lift industrial ultrasonic cleaner addresses all four concerns simultaneously:

1. One-touch operation: The operator loads the basket at the raised (above-solution) position, sets the cycle parameters on the digital panel, and presses start. The pneumatic lift lowers the basket into the solution at a controlled speed, the ultrasonic and heating cycles run according to the programmed settings, and at cycle completion the basket is automatically raised back to the load/unload position — ready for the next batch.
2. Consistent immersion profiles: Every cycle follows the same immersion speed, dwell time, and retrieval sequence. This repeatability is essential for validated laboratory processes where cleaning is a critical pre-analytical or pre-sterilization step.
3. Drip-off at cycle end: When the lift raises the basket at the end of the cycle, parts are suspended above the solution, allowing excess fluid to drain back into the tank. This reduces solution carry-over, minimizes waste, and means parts are cooler and drier when the operator retrieves them.
4. Operator safety by design: The operator never reaches into the tank while it contains heated solution. The basket is loaded and unloaded only in the raised position, well clear of the liquid surface. This is a fundamental safety improvement for any laboratory environment.

For laboratories operating under ISO quality frameworks, GLP (Good Laboratory Practice) guidelines, or internal quality management systems, the auto lift system also supports documentation and traceability: cycle parameters can be recorded, and the consistent mechanical operation removes a source of human variability from the cleaning process.

Optimized for Laboratory Applications

As part of the broader KAL Series of auto lift integrated ultrasonic cleaners (spanning models from 60L to 240L), the KAL1024 occupies the mid-range sweet spot: large enough to accommodate bulky lab equipment and batch workloads, yet compact enough to integrate seamlessly into existing laboratory workflows. The KAL1024 90L was developed with direct input from laboratory users and is purpose-configured for the specific demands of scientific and research cleaning workflows.

Why 40KHz for Lab Work?

The 40KHz frequency is widely considered the “laboratory standard” in ultrasonic cleaning. At this frequency, cavitation bubbles are smaller and more numerous than at lower industrial frequencies (20–28KHz), producing a gentler but highly effective cleaning action. This is ideal for:

• Glassware: Beakers, flasks, pipettes, test tubes, and volumetric glassware — 40KHz effectively removes residues from inner surfaces without the risk of micro-fractures that can occur at lower frequencies with higher cavitation energy.
• Precision instruments: Micropipettes, syringe components, microtome blades, and fine surgical tools — the fine cavitation cleans without dulling edges or damaging precision-machined surfaces.
• HPLC and chromatography components: Columns, fittings, frits, and injector parts — 40KHz penetrates narrow internal passages to remove adsorbed analytes and buffer salt deposits.
• Substrates and samples: Microscope slides, SEM stubs, XRD sample holders, and thin-film substrates — gentle cleaning preserves surface integrity essential for analytical accuracy.

Capacity Matched to Lab Throughput

At 90 litres, the KAL1024 sits between small benchtop units (typically 2–30L) and large industrial floor-standing machines (150L+). This mid-range capacity is well-suited to:

• Central wash-up facilities serving multiple research groups or departments
• Core laboratories processing instrument components and glassware from across an institution
• Quality control and analytical labs running standardized cleaning as part of sample preparation workflows
• Life sciences and pharmaceutical labs cleaning glassware, bioreactor components, and stainless steel utensils between batches

The 550×400×400mm internal tank can accommodate a standard autoclave tray, multiple instrument cassettes, or a full rack of laboratory glassware in a single cycle.

Chemical Compatibility

The SUS304 stainless steel tank construction is compatible with the majority of aqueous laboratory cleaning solutions, including:

• Neutral and alkaline detergents (pH 7–12)
• Mild acidic rinse solutions (pH 3–7)
• Enzymatic cleaners (optimal at 30–50°C)
• Demineralized and deionized water

For laboratories using specialized cleaning chemistries, Anonkia can provide material compatibility guidance — contact our technical team with your specific solution requirements.

Industrial and General-Purpose Applications

While optimized for laboratory use, the KAL1024 is a versatile cleaning platform that serves a range of industrial applications:

Medical Device and Surgical Instrument Cleaning

• Pre-sterilization cleaning of surgical instruments, trays, and kits
• Removal of proteinaceous soils, bone fragments, and biological residues
• Cannulated instrument cleaning — 40KHz cavitation penetrates lumens effectively
• Dental instrument and handpiece maintenance

Electronics and Precision Engineering

• PCB and electronics assembly cleaning (post-soldering flux removal)
• Precision-machined component degreasing
• Optical component and lens cleaning
• Semiconductor part and wafer carrier cleaning

Research and Development

• New material and coating evaluation — standardized cleaning as a pre-treatment step
• Failure analysis specimen preparation
• Reusable labware reconditioning
• Cleaning validation studies

General Parts Processing

• Batch cleaning of small to medium fabricated parts
• Pre-assembly degreasing of mechanical components
• Post-machining coolant and swarf removal
• Tool and fixture maintenance

KAL Series Comparison

The KAL1024 is one of six models in the KAL Series of integrated auto lift ultrasonic cleaners. Each model shares the same core design philosophy — integrated generator, side-mounted digital control panel, and pneumatic auto lift system — but scales in capacity and power to suit different throughput and part-size requirements.

For applications requiring larger capacities, the KAL1030 (120L), KAL1036 (160L), KAL1042 (210L), or KAL1048 (240L) offer the same integrated auto lift design scaled to higher throughput. For smaller-scale or benchtop laboratory cleaning, the KAL1018 (60L) provides a compact alternative with the same feature set. Contact our sales team for guidance on selecting the right model for your specific workload.

Installation and Operating Guidelines

Installation Requirements

• Electrical supply: Dedicated 220–240V, 50Hz single-phase circuit rated for 15A minimum (combined ultrasonic + heating load approximately 4200W at full power). A residual current device (RCD) or ground fault circuit interrupter (GFCI) is strongly recommended for wet-laboratory environments.
• Ventilation: Position the machine in a well-ventilated area. When cleaning with heated solutions, water vapor and trace chemical mists may be released. A fume hood or local exhaust ventilation is advisable when using volatile or odorous cleaning chemistries.
• Floor loading: The machine weighs approximately 90 KG (gross, including packaging). Ensure the installation surface is level and rated for the loaded weight (approximately 180 KG when filled with solution and workload).
• Water supply and drainage: The KAL1024 is manually filled and drained. Position within reach of a water source and a suitable drain for tank emptying.

Operating Procedure

1. Fill the tank with water-based cleaning solution to the recommended level (typically 2/3 to 3/4 full — approximately 55–65 litres — leaving headspace to accommodate basket displacement).
2. Power on the machine and set the target temperature on the digital control panel. Allow the solution to reach temperature before loading parts (pre-heating ensures consistent cycle timing).
3. Load parts into the stainless steel cleaning basket. Avoid overloading — parts should not be tightly packed, as this impedes cavitation penetration. Use mesh trays or instrument cassettes for small items.
4. Set the ultrasonic power level (start at 60–70% for most lab applications; adjust based on part sensitivity and contamination level).
5. Set the timer (1–99 minutes) according to your validated cleaning protocol.
6. Press the cycle start button. The auto lift system lowers the basket into the solution, the ultrasonic and heating cycles run, and at completion the basket is automatically raised.
7. Allow parts to drain briefly in the raised position, then unload. Rinse parts with DI water if required by your protocol.
8. Drain and clean the tank periodically to prevent contaminant build-up (see maintenance section).

Maintenance Recommendations

• Daily: Drain the tank if solution is visibly soiled. Wipe down external surfaces. Inspect the basket and lift mechanism for loose fasteners or debris.
• Weekly: Clean the tank interior with a non-abrasive cloth and mild detergent to remove any scale or residue film. Check and clean the tank drain filter if equipped.
• Monthly: Inspect the auto lift guide rails and lubricate per the manual’s instructions using the recommended food-grade or laboratory-compatible grease. Verify the pneumatic lift operates smoothly through a full raise-lower cycle without load. Check power cable and plug for signs of wear.
• Quarterly: Perform a foil test or cavitation meter reading to verify transducer performance is within specification. Inspect all electrical connections for tightness and signs of overheating.
• Annually: Schedule a full service inspection. Replace any worn seals or gaskets. Consider transducer array re-verification if the machine is used in a validated or regulated environment.

FAQ