テクノアルファ Product Lineup

At Techno Alpha, we offer a "Wedge Bonding Tool Cleaning Service." We provide services including the removal of aluminum foil adhered to tools using NaOH solution, submission of cleaning reports with condition photos of all tools after cleaning, and management of tool cleaning history. Additionally, we also offer optional management of imaging data for the condition of all tool tips before cleaning. 【Benefits of Introducing Tool Cleaning Services】 ■ Outsourcing tool cleaning operations in the production area reduces daily routine tasks, improving operational efficiency. ■ Standardization of tool history management through cleaning records after cleaning. ■ Elimination of the need to store cleaning solutions in the production area, reducing costs related to storage facilities and handling training. ■ Improvement of safety in the production area and the factory environment, along with simplification of management items. ■ Achieving "small space/high productivity" in line layout by removing cleaning space. *For more details, please refer to the PDF materials or feel free to contact us.

Features of V-SEP - Capable of using various flat membranes including reverse osmosis (RO), nanofiltration (NF), ultrafiltration (UF), microfiltration (MF), and mesh membranes. - Enables filtration/concentration separation of high-concentration and high-viscosity liquids that traditional filtration devices cannot handle. - Allows for the separation of target substances from high-concentration liquids using membranes tailored to the molecular weight of the desired separation substance. - Achieves low running costs for concentration without using thermal energy. - The device is lightweight and requires a small installation area, and it can operate independently, making it relatively easy to implement. - Significantly reduces annual running costs compared to traditional membrane filtration, concentration, and separation equipment. - Complies with food-grade standards. Effect of Membrane Vibration By applying vibration to the membrane, shear vibrations are generated from the membrane surface. In typical cross-flow filtration, this creates a concentration diffusion effect that prevents particle adhesion and accumulation on the outermost layer of the membrane, enhancing shear force at the membrane surface. This results in increased permeation rates, enables the processing of high-concentration liquids, and allows for long-duration operation.

We sell the "Low Pressure and Atmospheric Pressure Plasma Equipment" manufactured by Diener Electronic, which has a wealth of implementation experience in various fields, including semiconductors. Our lineup ranges from easy-to-handle, low-cost small experimental products to large machines with powerful processing capabilities. We offer a wide variety of models for both low pressure and atmospheric pressure types, allowing customers to choose according to their needs for research and development or small-scale production. 【Features】 ◎ Low Pressure Plasma Equipment 　■ Capable of plasma treatment for glass, metal, plastic, textiles, powders, and more 　■ Numerous implementations in research and development, as well as in mass production lines 　■ Various sizes of plasma chambers available to meet customer requirements ◎ Atmospheric Pressure Plasma Equipment 　■ Can be installed inline or mounted on robots 　■ Contributes to the removal of organic substances from work surfaces and improves adhesion through enhanced hydrophilicity 　■ Plasma can be generated using a 100V power supply and high-pressure air of 0.5MPa to 0.8MPa *For more details, please refer to the materials. Feel free to contact us with any inquiries.

In the semiconductor industry, the removal of fine foreign substances and organic materials in the manufacturing process is a critical issue that affects product quality and yield. In particular, the cleaning of wafers and substrates is essential for maximizing device performance. Plasma cleaning offers high cleaning power and compatibility with materials to address these challenges. Our low-pressure and atmospheric plasma equipment contributes to the optimization of cleaning processes in semiconductor manufacturing. 【Application Scenarios】 - Cleaning of wafers and substrates - Removal of organic materials and foreign substances - Improved adhesion through surface modification 【Effects of Implementation】 - Enhanced cleaning quality - Improved yield - Increased product reliability

In the pharmaceutical industry, high purity of raw materials and intermediates is required to ensure the quality and safety of pharmaceuticals. In particular, the removal of fine impurities and the precise separation of target substances are directly linked to the effectiveness and stability of the products, making advanced filtration and separation technologies essential. Conventional filtration devices have faced challenges when dealing with high-concentration and high-viscosity liquids, or when precise fractionation is difficult. The V-SEP vibrating membrane filtration separation device addresses these challenges and achieves high purity in pharmaceutical processes. 【Application Scenarios】 - High purity of pharmaceutical raw materials - Precise separation of intermediates - Recovery of target substances from culture media - Recovery of useful substances in wastewater treatment 【Benefits of Implementation】 - High purity achieved through precise fractionation of target substances - Low-cost concentration without the use of thermal energy - Improved processing capacity for high-concentration and high-viscosity liquids - Space-saving design of the device and easy implementation

In the chemical industry, the purification process requires the separation and concentration of target substances at high purity. Particularly in the case of high-concentration and high-viscosity liquids, traditional filtration devices have faced challenges such as difficulty in processing and increased energy costs. To address these issues and achieve efficient and economical purification, the V-SEP vibrating membrane filtration separation device was developed. 【Application Scenarios】 - Separation and concentration of high-concentration and high-viscosity liquids - Precise fractionation of target substances - Processes requiring food-grade compliance 【Benefits of Implementation】 - Significantly reduced annual running costs compared to conventional devices - Energy-saving as it does not use thermal energy - Easy implementation due to compact equipment and standalone operation - Increased permeation rate and capability for long-duration operation

In the food and beverage industry, effective clarification technologies are required to maintain product quality, improve yield, and remove foreign substances. Particularly for high-concentration and high-viscosity liquids, there have been challenges with conventional filtration devices that make processing difficult or time-consuming. Additionally, methods for concentration and separation that do not use thermal energy and keep running costs low are also important. Our V-SEP vibrating membrane filtration separation device addresses these challenges and achieves clarification suitable for food grade. 【Application Scenarios】 - Clarification of fruit juice beverages - Concentration and separation of dairy products - Purification of seasonings - Clarification of fermentation liquids 【Benefits of Implementation】 - Efficient clarification of high-concentration and high-viscosity liquids - Low running costs due to the absence of thermal energy - Easy implementation due to space-saving and standalone operation - High-precision separation tailored to the target substances

In the water treatment industry, efficient dewatering and concentration processes are required. Particularly when handling high-concentration and high-viscosity liquids, traditional filtration equipment has limitations in processing capacity, leading to challenges such as increased costs and prolonged processing times. In response to these challenges, the V-SEP vibrating membrane filtration separation device enables the separation and concentration of liquids that were previously difficult to handle, contributing to improved process efficiency for our customers. 【Application Scenarios】 - Dewatering and concentration of high-concentration and high-viscosity liquids - Separation processes in the food, chemical, and petrochemical industries - Concentration in wastewater treatment 【Benefits of Implementation】 - Processing of liquids that traditional filtration equipment could not handle - Concentration at low running costs without using thermal energy - Compact equipment and easy implementation - Significant reduction in annual running costs

In the field of biotechnology, the separation and concentration of high-purity target substances is required. In particular, the efficient recovery of target substances from high-concentration and high-viscosity liquids such as cell culture media and fermentation broths significantly impacts the overall productivity and cost of the process. Conventional filtration and concentration devices often face challenges in achieving efficient separation due to high viscosity and limitations in processing capacity. The V-SEP vibrating membrane filtration separation device was developed to address these issues and optimize the concentration process in the biotechnology sector. 【Application Scenarios】 - Concentration of useful substances from cell culture media - Separation and concentration of proteins and enzymes from fermentation broths - Processing of high-viscosity biomass - Purification and concentration of pharmaceutical intermediates 【Benefits of Implementation】 - Enables efficient concentration of high-concentration and high-viscosity liquids - High-purity separation through membrane selection tailored to the molecular weight of the target substance - Reduces running costs as it does not use thermal energy - Easy implementation due to compact device design and standalone operation - Significantly reduces annual running costs compared to conventional membrane filtration and concentration equipment

In the semiconductor industry, the production of ultra-pure water requires the removal of impurities to the utmost limit and the maintenance of stable quality. In particular, the removal of fine particles and soluble substances is directly linked to product yield and performance, making advanced filtration and separation technologies essential. The V-SEP vibrating membrane filtration and separation device meets these challenges with its innovative technology, particularly in handling high-concentration and high-viscosity liquids and separating fine substances, which traditional filtration equipment struggles to manage. 【Application Scenarios】 - Production of ultra-pure water in semiconductor manufacturing processes - Purification of liquids requiring high purity - Recovery of useful substances from waste liquids 【Benefits of Implementation】 - Stable quality production of ultra-pure water - Increased efficiency of filtration and separation processes - Reduction of running costs

In the cosmetics industry, there is a demand for balancing quality maintenance and cost efficiency in the separation and concentration of high-functionality ingredients. In particular, the processing of heat-sensitive components and the precise separation of fine ingredients are critical challenges directly related to product quality. Conventional filtration devices may struggle with the treatment of high-concentration and high-viscosity liquids, as well as the precise fractionation of target components. The V-SEP vibrating membrane filtration separation device addresses these challenges by achieving low-cost concentration without the use of thermal energy and high-precision component separation through membrane selection tailored to specific needs, thereby supporting quality improvement and efficiency in cosmetics manufacturing. 【Application Scenarios】 - Extraction and purification of high-functionality ingredients - Concentration of naturally derived components - Removal of unwanted components - Improvement of product stability 【Benefits of Implementation】 - Maintenance of quality for heat-sensitive components - High-purity separation of target components - Reduction of running costs - Improvement of production efficiency

In the mining sector, efficient separation and concentration of high-concentration and high-viscosity liquids are required for the recovery of useful resources from waste liquids and the purification of treated water. Particularly in resource recovery, it is important to accurately separate the target substances and increase the recovery rate. Conventional filtration devices may struggle to address these challenges. Our V-SEP vibrating membrane filtration separation device solves these issues and supports the resource recovery process. 【Application Scenarios】 - Recovery of useful resources from mineral-containing waste liquids - Concentration and separation in the beneficiation process - Recovery of useful substances in wastewater treatment 【Benefits of Implementation】 - Improved resource recovery rates - Reduced processing costs - Decreased environmental impact

In the textile industry, wastewater treatment requires filtration and separation technologies that can handle high-concentration and high-viscosity liquids, such as dyes and fiber waste. Conventional filtration systems may struggle with these challenges, leading to increased wastewater treatment costs and concerns about environmental impact. Our V-SEP vibrating membrane filtration and separation system addresses these issues by allowing the use of various flat membranes, enabling the filtration and concentration separation of high-concentration and high-viscosity liquids. 【Application Scenarios】 - Wastewater treatment from dyeing processes - Concentration and separation of wastewater containing fiber waste - Recovery of valuable substances from waste liquids 【Benefits of Implementation】 - Efficient treatment of high-concentration and high-viscosity wastewater - Significant reduction in running costs - Decreased environmental impact

In the paper industry, efficient and high-quality processing is required for pulp separation. Particularly when handling high-concentration and high-viscosity liquids, traditional filtration devices have limitations in processing capacity, which can lead to decreased separation efficiency and issues such as equipment clogging. Additionally, appropriate processing tailored to the characteristics of the separated materials contributes to improved product quality and cost reduction. Our V-SEP vibrating membrane filtration separation device addresses these challenges and optimizes the pulp separation process in the paper industry. 【Application Scenarios】 - Solid-liquid separation in pulp manufacturing processes - Purification of recycled pulp - Solid separation in wastewater treatment 【Benefits of Implementation】 - Efficient separation and concentration of high-concentration and high-viscosity liquids - Quality improvement through precise fractionation of target substances - Reduction in running costs due to the elimination of thermal energy requirements - Compact equipment design and easy implementation

In the oil and gas industry, efficient and stable separation performance is required for oil-water separation. In particular, separating oil from high-concentration and high-viscosity liquids can be challenging with conventional filtration devices. Insufficient separation may lead to increased environmental impact and affect subsequent processes. The V-SEP vibrating membrane filtration separation device addresses these challenges by enabling oil-water separation from high-concentration and high-viscosity liquids through innovative membrane vibration technology. 【Application Scenarios】 - Water separation from crude oil and waste oil - Oil removal from plant wastewater - Oil separation from drilling mud 【Benefits of Implementation】 - Improved processing capacity for high-concentration and high-viscosity liquids - Cost reduction through enhanced separation efficiency - Reduced environmental impact

In the agricultural sector, the efficient recovery and reuse of fertilizers are emphasized from the perspectives of cost reduction and environmental impact reduction. In particular, the separation and concentration of useful components from liquid fertilizers and waste liquids have been challenging to process with conventional equipment. Our product, the V-SEP vibrating membrane filtration separation device, addresses these issues and supports the fertilizer recovery process in agricultural production. 【Application Scenarios】 - Recovery of useful components from liquid fertilizers - Separation and concentration of fertilizer components from waste liquids - Waste liquid treatment in hydroponics 【Benefits of Implementation】 - Reduction of fertilizer costs - Decrease in environmental impact - Effective utilization of resources