Are Compact Semiconductor Chillers Ideal for Lab and Small-Scale Semiconductor Plants?

Commenti · 9 Visualizzazioni

The chiller is designed mobile to accommodate smaller plants that are designed to have frequent layout modifications and is designed with high-load universal wheels to allow easy movement and quick positioning. The compact design of the chiller allows it to be fully functional and operatio

 

Space-Saving Design Adapting to Limited Installation Areas 

Liatem's compact semiconductor chillers have a space-saving design to help alleviate the issue of space constraints within labs and small-scale plants. The chiller is able to have an integrated all-in-one design, such that the compressor, condenser, evaporator, water tank, and control system are all compactly integrated into a single unit. With a footprint of only 0.4-1.0 square meters, the unit is 40% to 60% smaller than other semiconductor chillers and can easily be installed into a corner, under a workbench, and other operational spaces such that no valuable operating space is taken. The chiller is designed mobile to accommodate smaller plants that are designed to have frequent layout modifications and is designed with high-load universal wheels to allow easy movement and quick positioning. The compact design of the chiller allows it to be fully functional and operational regardless of the empty space that is surrounding it.

Ultra-Precise Temperature Control that Meets Research and Production Standards

Liatem's semiconductor chillers may be small, but similar to the semiconductor industry, the lose no temperature control precision, which is extremely important for small scale production and research. For ultra-thin film deposition, semiconductor material testing, and chip lithography simulation, the chillers maintain an ultra high temperature control precision of ±0.01 for critical processes. For a broader set of applications, such as chip package testing and reliability testing of the devices, the chillers maintain a precision of ±0.1 which complies with SEMI and other international standards, which is extremely important for academic research and high quality small scale production. The chillers are equipped with a highly accurate PT1000 temperature sensor, combined with a dual-loop algorithm of PID control that is designed to react quickly to small heat load (as small as 0.1kW) fluctuations to remove temperature discrepancies old by instruments or processes of the variables to experimental data and reliability in products.

Characteristics of Energy-Efficient and Low-Noise Operation

Liaten had the ability to produce the compact and user-friendly chillers that satisfy all the unique laboratory and small scale semiconductor plant requirements for their lab environments such as energy consumption and noise levels. Liatem's compact and energy efficient semiconductor chillers incorporate many energy saving technologies, including variable frequency compressors and high-efficiency plate heat exchangers that achieve between 25 and 35 percent energy savings. Also, the noise level of the units is kept to between 55 decibels from 1 meter, which is the level of a quiet conversation and does not disturb the employees working on sensitive experiments and precise measurements. The chiller uses refrigerants that are environmentally sound such as R410A and R134A, which satisfy all of the global and European environmental regulations (F-Gas regulations), thus complying with the modern environmental green and sustainable development requirements of the small enterprises and laboratories.

Adaptability Of Liatem Semiconductor Coolers

Liatem Semiconductor Cooler is highly configurable between 1TR and 20TR to better accommodate low-temperature synthesis ranging between -40 and 20 degrees Celsius and operational 10 and 30 degrees Celsius chip testing modules configured to different production settings. The semiconductor cooler fully supports the diverse cooling needs of small production lines with up to 15 units. Functions of the cooler modules include remote access via smartphone applications or PC, defrost modules for extended low-temperature operation, and corrosion-resistant materials for alkali and acidic experimental media. The semiconductor cooler is designed and manufactured to meet the needs of the client and the applicable operational environments.

Ideal Adaptability of Compact Semiconductor Chillers

Several examples have shown that Liatem`s compact Semiconductor Chillers are perfect for labs as well as small scale semiconductor plants. One of the top universities opted for the 3TR Compact Chillers in their semiconductor research labs for their Quantum Dot Material Deposition experiments. The compact chiller perfectly fit in the small lab. They were able to control in the precise temperatures of u00b10.01u2103 which ensures uniformity in the thickness of thin films. They were not able to publish high impact research papers for their lab. A small scale semiconductor packaging plant in the automotive chips opted for the 10TR Compact Chillers from Liatem in their small batch production lines. The chiller were able to operated in low noise and their energy saving features have reduced distributed in electricity costs by 28%. The flexible configuration of the chiller adapted in packaging processes to improve production efficiency by 20%. These events have shown that Liatem`s compact semiconductor chiller directly serve the specific needs of these labs and small scale semiconductor plants and established them as reliable cornerstone for the production of research efficiency.

 

Commenti