Water Chillers for Precision Industrial Cooling
Water Chillers
Lex Technoaid’s Water Chillers are designed for industrial processes that require precise and consistent temperature control.
They help maintain thermal stability in applications such as spindle cooling, induction hardening, injection moulding, laser cutting, laser marking, laser welding and 3D printing.
Available in single-circuit and dual-circuit configurations, these chillers can be customized to meet different industrial cooling requirements.
Precise Temperature Control for Process Stability
Temperature variations can affect process consistency and the performance of industrial equipment.
Lex Water Chillers regulate water temperature to maintain stable operating conditions. This supports processes that depend on controlled cooling and consistent temperature levels.
Benefits of Water Chillers
Maintains Process Stability
Provides controlled cooling to support stable and consistent industrial processes.
Single and Dual Circuit Configurations
Available in single-circuit and dual-circuit configurations to meet different cooling requirements.
Wide Capacity Range
Available in capacities ranging from 0.3 to 100 Ton.
Supports Spindle and Motor Cooling
Maintains the required temperature of spindles and motors to support better lubrication.
Supports Equipment Life
Controlled cooling helps enhance the life of components such as laser heads and induction coils.
Zero Ozone Depletion Potential Refrigerants
Manufactured using refrigerants with Zero Ozone Depletion Potential.
Water Chiller Applications
Lex Water Chillers are suitable for applications including:
- Spindle cooling.
- Motor cooling.
- Induction hardening.
- Injection moulding.
- Laser cutting.
- Laser marking.
- Laser welding.
- 3D printing.
Industries Served by Water Chillers
Plastic and Injection Moulding Industry
Maintains mould temperature for consistent product quality.
Laser Processing and Fabrication Industry
Controls temperature to ensure stable laser performance.
Electronics Manufacturing
Prevents overheating in sensitive production environments.
Additive Manufacturing (3D Printing)
Maintains controlled thermal conditions for consistent output.
Automotive and Component Manufacturing
Supports process cooling across production operations.
Medical Equipment Manufacturing
Ensures stable conditions for high-accuracy manufacturing.
FAQs - CENTRALIZED COOLANT FILTRATION SYSTEMS
A Centralized Coolant Filtration System is a single filtration unit designed to supply clean coolant to multiple machines across a shop floor, ensuring consistent pressure, temperature and clarity.
Unlike stand-alone systems placed beside individual machines, centralized systems serve all machines from a common location. This reduces space usage, power consumption and maintenance needs.
Key benefits include optimized coolant supply, reduced floor space usage (up to 50 percent), lower operational and maintenance costs and improved productivity through minimal downtime.
Yes. Centralized Coolant Filtration Systems use fewer pumps than stand-alone setups and can integrate VFDs (Variable Frequency Drives) to optimize power based on machine usage.
Yes. These systems are designed for low maintenance, requiring fewer spare parts, less storage and fewer operators. This results in overall cost efficiency.
Absolutely. LEX Technoaid offers integration with centralized chillers to ensure that connected machines receive coolant at the ideal operating temperature.
With features like stand-by pumps and reduced time for consumable replacement, centralized systems help minimize machine downtime and enhance production efficiency.
Yes. LEX’s centralized systems are designed to serve a wide range of machining operations across industries. They adapt to varying flow and pressure requirements.
You can save upto 50 percent of floor space compared to using multiple stand-alone filtration systems.
With over 30 years of experience, LEX Technoaid is one of India’s leading manufacturers. The company offers robust and customized coolant management solutions backed by proven reliability.
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