Application

Gem ORION is a customer-driven chiller manufacturer in India and has come up with flexible cooling solutions for a wide range of industries. Our industrial chillers are designed and produced to efficiently perform at peak efficiency. We have ensured that our chillers will better perform at an optimized efficiency level.

We offer fully developed industrial chillers that best suits your unique requirements if you look out for custom-built industrial coolers manufacturers. We have designed and produced energy-efficient air-cooled as well as water cooled chillers specifically for manufacturing processes.

Fiber Laser

Diode laser oscillator and optical systems cooling.

MRI

Helium compressor cooling and gradient coil cooling.

Photolithography Equipment

± 0.1 ℃ cool water supply for exposure stage (cool plate).

High Freqency Induction Heating

Heating coil cooling and high frequency power supply cooling.

Plasma Welder

Cooling for power supply and welding torch.

ICP Analysis equipment

Improved cooling efficiency for inspection solutions.

Concentrating Equipment

Evaporator Cooling.

Analysis equipment

Analysis stage cooling.

X-Ray Inspection Equipment

Light source and LED chip cooling.

YAG Welding Machine

Power supply and electrode cooling.

UV Laser Engraving Machine

Analysis stage cooling.

Molding Machines

Mold and hopper cooling.

Printing Equipment

UV lamp cooling and ink drying cooling stage cooling as well as control over ink temperature.

Sheet Printing Machine

Individual roller cooling.

Milling Equipment

Jacket Cooling.

What Can A Chiller Be Used For?

As one can imagine chillers are highly necessary in the industrial world where there are literally millions of machines and equipments that generate a lot of heat. If these machines and equipments are to last any time at all, they need to be cooled. This is where chillers come in and play a major role in cooling these ever-functional machines and equipments.

A chiller can be used to cool any machine or process that operates at 60° F or lower. A cooling tower can be used to cool any machine or process that operates at 85° F or higher.Some of the more common applications are listed below.

Industrial Applications for:

In the plastic injection industry, invertor chillers play a pivotal role in maintaining optimal temperatures during the molding process. These chillers use variable frequency drive technology to adjust the cooling capacity based on real-time requirements, ensuring energy efficiency and precise temperature control. By enhancing the performance of injection molding machines, invertor chillers contribute to improved production efficiency and quality in the plastic manufacturing process.

In the molding and blow molding processes, invertor chillers are essential for regulating temperatures in the production of plastic products. Employing variable frequency drive technology, these chillers efficiently adapt to changing cooling demands, optimizing energy usage and maintaining precise temperature levels. By enhancing the performance of molding equipment, invertor chillers contribute to increased productivity and the production of high-quality plastic items.

In induction heating applications, invertor chillers play a crucial role in managing heat generated during the process. With variable frequency drive technology, these chillers provide precise control over cooling, ensuring efficient heat dissipation and maintaining optimal operating conditions. The use of invertor chillers enhances the reliability and performance of induction heating systems, contributing to improved energy efficiency and overall process effectiveness.

In reprocessing units, invertor chillers serve as vital components for maintaining optimal temperatures during the recycling of plastic materials. Leveraging variable frequency drive technology, these chillers offer energy-efficient cooling solutions, adapting to the specific needs of reprocessing equipment. The use of invertor chillers enhances the overall efficiency of reprocessing units, contributing to sustainable and cost-effective plastic recycling processes.

In hydraulic power packs, invertor chillers play a critical role in temperature control to ensure efficient and reliable operation of hydraulic systems. Utilizing variable frequency drive technology, these chillers provide adaptive cooling, optimizing energy consumption and preventing overheating in hydraulic components. The integration of invertor chillers enhances the performance and longevity of hydraulic power packs, contributing to increased productivity and reduced maintenance costs.

In extrusion machines, invertor chillers are integral for maintaining precise temperature control during the plastic extrusion process. Employing variable frequency drive technology, these chillers offer energy-efficient cooling solutions, adapting to the specific requirements of extrusion equipment. The use of invertor chillers enhances the overall efficiency and reliability of extrusion machines, contributing to consistent product quality and improved production outcomes.

In PET stretch blow molding, invertor chillers play a crucial role in controlling temperatures during the production of plastic bottles and containers. Utilizing variable frequency drive technology, these chillers provide energy-efficient cooling, adapting to the dynamic demands of the stretch blow molding process. Invertor chillers contribute to enhanced performance, ensuring the quality and consistency of PET products in the stretch blow molding industry.

In PUF (Polyurethane Foam) machine climate chambers, invertor chillers are essential for maintaining optimal conditions during the foaming process. Leveraging variable frequency drive technology, these chillers offer precise temperature control, ensuring consistent and high-quality polyurethane foam production. The integration of invertor chillers enhances the efficiency and reliability of PUF machines, contributing to improved insulation material manufacturing.

In the packaging industry, invertor chillers play a vital role in maintaining optimal temperatures during the manufacturing of various packaging materials. With variable frequency drive technology, these chillers provide energy-efficient cooling solutions, adapting to the specific requirements of packaging machinery. The use of invertor chillers contributes to improved production efficiency and product quality, ensuring reliable and consistent packaging processes.