This high-precision, double-tower re-distilled water distiller is engineered to produce ultra-pure water with exceptional consistency and efficiency. Purpose-built for laboratories where water purity directly impacts outcomes, it systematically eliminates contaminants and process variability — safeguarding the integrity of your most sensitive experiments and procedures.

Key Benefits & Pain Point Solutions

Inconsistent Water Purity

The Problem: Single-distillation systems or impure source water can introduce residual ions, organics, and pyrogens — quietly compromising experimental results and forcing costly re-runs.

Our Solution: The double-tower re-distillation process vaporizes and condenses water through two independent stages. This sequential purification removes a far broader spectrum of contaminants than single-pass distillation, delivering exceptional purity and batch-to-batch repeatability you can trust.

Equipment Downtime & Unexpected Failure

The Problem: Scale buildup, heating element burnout, and unmonitored operation lead to expensive repairs, safety incidents, and disruptive workflow interruptions.

Our Solution: A high-efficiency copper immersion heating tube ensures rapid, uniform heat transfer and extended operational life. The integrated automatic low-water safety cut-off prevents dry-fire damage entirely — the system shuts down before damage can occur and resumes automatically when water levels are restored. This means fewer service calls, lower maintenance costs, and uninterrupted operation.

Inefficient Workflow & Manual Monitoring

The Problem: Conventional distillers demand constant attention — manually checking water levels, adjusting flow, and babysitting the process. This drains valuable researcher time from core scientific work.

Our Solution: Independent dual water level controls manage the first and second distillation stages autonomously. Each stage self-regulates its water supply, minimizing manual intervention and enabling a truly continuous, hands-off production of re-distilled water.

Insufficient Output for Lab Demand

The Problem: Slow distillation rates create bottlenecks, delaying reagent preparation, instrument calibration, and downstream procedures across the entire lab.

Our Solution: A high-performance coil condensing system provides superior heat exchange and cooling capacity. Depending on the model selected, the system delivers a sustained output of ≥5 L/h up to ≥20 L/h — enough to meet the demands of even the busiest multi-user laboratories without creating supply gaps.

Corrosion and Material-Induced Contamination

The Problem: Distillers constructed from low-grade metals or mixed materials can leach trace ions back into the purified water, silently degrading quality at the point of production.

Our Solution: The entire distillation path — from boiling chambers to condensing coils to collection surfaces — is constructed from high-quality, corrosion-resistant stainless steel. This eliminates material-sourced contamination and ensures the water leaving the system is as pure as the process can make it, while also providing exceptional long-term durability.

Technical Specifications

Precision-engineered for performance and seamless integration into your laboratory infrastructure.

Key Quality Parameters

Model Comparison & Selection Guide

Choose the model that matches your laboratory’s throughput requirements and available infrastructure.

Important: All models require a 380V three-phase industrial power supply. Please verify your laboratory’s electrical capacity and consult with a qualified electrician before installation.

Why Choose Our Re-Distilled Water Distiller?

Precision for Trustworthy Science. Generate ultra-pure water batch after batch with measurable consistency. When your water quality is reliable, your analytical results, cell cultures, and chemical preparations stand on a solid foundation — reducing failed experiments and the time spent troubleshooting unexplained variability.

Durability for Long-Term Value. The all-stainless-steel body and robust copper heating element are built to withstand the demands of daily laboratory use, year after year. This translates to minimal maintenance, fewer part replacements, and a significantly lower total cost of ownership over the life of the equipment.

Efficiency for Enhanced Productivity. With sustained high output and fully automated safety controls, your team spends less time managing water production and more time on the research that matters. The system runs independently, delivering purified water on demand without constant supervision.

Safety for Peace of Mind. The integrated low-water cut-off is not an optional add-on — it is a core design feature. It protects your investment from dry-fire damage and your laboratory from the hazards associated with unattended heating element failure.

Ideal Applications

This distiller is purpose-built for any workflow where water purity directly affects the quality or validity of results, including analytical chemistry and reagent preparation, laboratory metallurgical testing, microbiological media preparation, pharmaceutical and quality control procedures, and general-purpose laboratory use requiring consistently high-purity water.

Ready to ensure the highest standard of water purity in your laboratory? Contact us today to discuss your specific requirements and select the ideal model for your research needs.