Chiller for Semiconductor IC Test

Semiconductors are high-tech and high-precision products. Heat is generated during the manufacturing of various semiconductor materials such as memories and logic devices, which needs to be dissipated and controlled so that production can run normally. We provide chiller solutions according to the requirements of semiconductor use such as high precision, high efficiency, stability and remote control. We design and manufacture the cooling system for the semiconductor production line platform and provide high-precision temperature-controlled coolant, adjustable water flow and Hydraulic chiller equipment has the functions of remote operation and monitoring, long-term stable operation, data reading and query, etc., to achieve the cooling effect of the semiconductor automatic production line system.

According to the characteristics of the semiconductor industry, choosing a chiller with high performance, high precision and superior control capabilities is currently the supporting equipment for chip processing cooling, component processing cooling, and semiconductor processing cooling. Therefore, chillers are widely used in major semiconductor manufacturing companies. At the same time, we also provide laser chillers, mold chillers, grinding chillers, electroplating chillers, battery chillers and other supporting equipment according to application requirements.

Semiconductor IC test chiller is used in the semiconductor industry for accurate temperature control of electronic components. In the manufacturing of semiconductor electronic components for harsh environments, the IC package assembly, engineering and production test stages include electronic thermal testing and other temperature (- Environmental test simulation at 45°C to +250°C).

The main features and applications of semiconductor IC test chiller are as follows:

1. Stable operation: The semiconductor IC test chiller can quickly heat up or cool down, thereby helping to improve processing efficiency.

2. Accurate temperature control: Semiconductor IC test chiller can achieve accurate temperature control. Through highly sensitive temperature sensors and refining temperature control systems, accurate temperature adjustment can be achieved to ensure product quality stability and constant temperature and humidity requirements.

3. Wide range of applications: semiconductor IC test chiller can be applied to a wide range of industries, such as pharmaceuticals, chemicals, new energy, semiconductors, laboratories, universities and other fields.

4. Different refrigeration systems: Semiconductor IC test chiller adopts different refrigeration methods, which can cool the liquid to the required temperature in a short time without affecting the refrigeration efficiency and control accuracy.

5. Protection device: Semiconductor IC test chiller has an internal control system and a variety of protection measures to ensure the safety of personnel and equipment.

Semiconductor IC test chiller can realize cooling and heating, accurately control the temperature and quickly complete the heating task. In addition, it also has the advantages of rapid heating/cooling, which can improve production efficiency, reduce operating costs and ensure production.

We provide complete temperature control systems design and manufacturing. From standard models to complete customized products. We specialize in customer service and are dedicated to helping each customer have the optimal temperature control system for their specific need.

Fornecemos soluções personalizadas não padronizadas. Estão disponíveis chillers de refrigeração simples e unidades combinadas de refrigeração e aquecimento.

Correio eletrónico: lilia@lneya.com    ID WeChat: +8615251628237    WhatsApp: +86 17851209193

Série TES (Desenhos personalizados)

Adequado para o controlo preciso da temperatura de componentes electrónicos. No fabrico de componentes electrónicos de semicondutores para ambientes agressivos, as fases de montagem de embalagens IC e de ensaios de engenharia e produção incluem ensaios térmicos electrónicos e outras simulações de ensaios ambientais.

Série LTS (Líquido Fluoretado) (Desenhos personalizados)

Amplamente utilizado no processo de fabrico de semicondutores para controlar a temperatura da câmara de reação, a temperatura do dissipador de calor e o controlo da temperatura do fluido não inflamável do meio de transferência de calor.

Série FLT (Desenhos personalizados)

O refrigerador do sistema de controlo da temperatura de semicondutores é utilizado principalmente para o controlo preciso da temperatura no processo de produção de semicondutores e no processo de ensaio. Foi especialmente desenvolvido e concebido para a indústria de semicondutores.

FLT Multi Channel Temp Contol (Desenhos personalizados)

Multi channel independent temperature control, which can have a separate temperature range, cooling and heating capacity, thermal conductivity medium flow rate, etc., adopts two independent systems. According to the required temperature range, steam compression refrigeration or ETCU non compressor heat exchange system can be selected. The system can be used for universal expansion tanks, condensers, cooling water systems, etc., which can effectively reduce equipment size and operation steps.

Conversão de frequência da série FLTZ (Desenhos personalizados)

O sistema de controlo de temperatura da série de conversão de frequência dupla, a bomba de circulação e o compressor são todos ajustados por conversão de frequência.

Série ETCU (Desenhos personalizados)

Tipo de permuta de calor

Sistema sem compressor

Série ZLFQ (Desenhos personalizados)

Unidade de distribuição do líquido de refrigeração

O equipamento de arrefecimento líquido é adequado para testes de semicondutores, testes de temperatura constante de equipamento eletrónico, infra-estruturas de apoio a servidores de arrefecimento e outros locais de controlo de temperatura de fluidos.

Série de mandris térmicos MD (Desenhos personalizados)

É utilizado para testar dispositivos RF e dispositivos de potência de alta densidade (IGBTs e MOSFETs), podendo também ser utilizado para o arrefecimento rápido de painéis planos de laboratório (plasma, produtos biológicos, baterias), etc.