The MEDILAB Cabinet Water Still (Automatic Water Distillation) is a fully enclosed, high-efficiency system designed to produce ultra-pure distilled water for demanding laboratory and industrial applications. Built for continuous, unattended operation, it automatically regulates heating, cooling, and water flow to ensure stable, high-quality distillate output. Its compact cabinet design provides enhanced protection, minimised contamination risk, and effortless integration into modern laboratory workflows, making it essential for pharmaceutical, analytical, and research environments requiring consistent purity.

 Key Features

• Automatic operation: Integrated controls ensure self-regulated heating, water feed, and shut-off for safe, unattended use.
• High-purity distillate: Produces pyrogen-free, low-conductivity water suitable for critical applications and cell culture workflows.
• Enclosed cabinet design: Protects glass components from dust, physical damage, and cross-contamination.
• Borosilicate Glass 3.3 construction: Ensures long-term durability, chemical resistance, and thermal stability.
• Energy-efficient heating system: Delivers high output with low energy consumption.
• Overheat & water-level safeguards: Built-in safety features prevent dry boiling and ensure continuous safe operation.
• Easy maintenance: Modular internal layout allows quick access for cleaning and component replacement.
• Clean, quiet operation: Ideal for laboratories requiring a compact and noise-free distillation solution.

 Material Specifications

• Material: Premium Borosilicate Glass 3.3 for boiler, condenser, and internal components
• Thermal Properties: High thermal shock resistance, stable performance even under continuous heating
• Chemical Resistance: Inert to most acids, alkalis, and solvents. Non-reactive surfaces prevent contamination of distilled water
• Mechanical Properties: High mechanical strength Stress-free joints for long-term durability
• Standards: Manufactured according to  the standards for laboratory glassware

 Technical Specifications

• Available Capacities: As per the standard size table
• Construction: Fully enclosed metal cabinet with internal borosilicate glass distillation assembly
• Heating System: High-efficiency electric heater with automatic cut-off
• Cooling Requirement: Continuous supply of cooling water
• Distillate Quality: Low conductivity, free of dissolved salts, organics, and particulates
• Dimensions: Compact benchtop housing (size varies by model)
• Accuracy Class: Factory-verified performance for stable flow and temperature profile
• Calibration: Available on request for quality assurance and compliance
• Accessories Included: Borosilicate boiler and condenser assembly, Tubing connection, Power cord and safety fitting, Instruction manual

Handling & Precautions

• Safe Use: Ensure the cooling water supply is active before starting the unit. Keep ventilation slots clear of obstruction.
• Cleaning Instructions: Clean the boiler and condenser periodically to remove scale deposits. Use mild detergents; avoid abrasive materials.
• Heating/Autoclaving Limits: Borosilicate components withstand high temperatures; avoid sudden cooling after operation. The cabinet should not be autoclaved.
• Dos: Inspect glassware regularly for cracks or mineral buildup. Follow the provided electrical safety guidelines.
• Don’ts: Do not operate the unit without a water supply. Do not modify internal wiring or bypass safety systems.
• Best Practices: Allow proper cooling before servicing. Replace tubing or connectors at signs of wear to maintain optimal performance.

 Applications

• Research Laboratories: Reliable source of high-purity water for experiments, reagent preparation, and washing procedures.
• Pharmaceutical & Biotech Industries: Ideal for cell culture media, analytical testing, and buffer preparation.
• Chemical Laboratories: Ensures consistent quality for titrations, synthesis work, and high-precision analysis.
• Academic Institutions: Suitable for teaching labs requiring a safe, automatic distillation system.
• QC/QA Labs: Ensures reproducible water quality for quality control protocols and validated testing.
• Medical & Clinical Labs: Supports routine diagnostics, sample dilution, and instrument feedwater.