アルファエレクトロニクス Product Lineup

The "Micro Dispense System" operates at a maximum frequency of 3000Hz, contributing to shortened takt time through high-speed and efficient operation using piezo elements and non-contact application. By adjusting the application process parameters, it is capable of dispensing a wide variety of materials. It demonstrates excellent reproducibility with a system that operates at a resolution of less than 0.1ms. The modularized components make maintenance easy. By using a flow path with a built-in heater, materials can be supplied stably. 【Features】 ■ High-speed and efficient operation contributes to shortened takt time ■ Capable of dispensing a wide variety of materials ■ High reproducibility with a system operating at a resolution of less than 0.1ms ■ Achieves powerful dispensing compatible with viscosities up to 2,000,000 mPa·s ■ Non-contact application ensures no damage to the workpiece 【Applications】 ■ Cream solder application ■ Underfill ■ Hot melt ■ UV adhesive ■ Flux ■ LED ■ Adhesives ■ SMT adhesives ■ Conductive paste *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

The high-speed and efficient operation of hot melt material through non-contact application contributes to a reduction in takt time. By adjusting the application process parameters, the hot melt material can be applied at a constant speed, demonstrating excellent reproducibility with a system that operates at a resolution of less than 0.1 ms. The modularized components also make maintenance easy. 【Features】 ■ Non-contact application No Z-axis movement required during the application process ⇒ Dramatic improvement in productivity ■ Independent temperature control for the syringe and flow path Want to create a temperature difference between the syringe and application point ⇒ Flexible response due to unique control ■ Equipped with a cooling system Standard cooling system for the valve ⇒ Improvement in application reproducibility

It is possible to continuously apply micro and fine coatings stably at a minimum of 0.5 nl and a maximum of 3000 Hz. Parameters can be freely adjusted to accommodate a wide variety of materials. 【Features】 ■ Reduction of takt time through high-speed and efficient operation ■ Enables continuous application of a wide variety of materials ■ High reproducibility with a system operating at a resolution of less than 0.1 ms ■ Achieves strong discharge compatible with viscosities up to 2,000,000 Pa·s 【New Features Added to the New Model】 ■ Adoption of a one-touch detachable method for the flow path to further improve maintenance compared to conventional models ■ Built-in heater in the flow path to enhance stability during continuous application ■ Adoption of a top adjust method to reduce material leakage ■ Non-contact application to minimize damage to the workpiece

Demonstrating overwhelming application power capable of applying ultra-high viscosity materials up to 2,500,000 mPa·s! Thanks to simple application process parameters, a wide range of materials can be applied! 【Features】 ■ Reduction of takt time through high-speed and efficient operation ■ High reproducibility with a system operating at a resolution of less than 0.1 ms ■ Enables continuous application of a diverse range of materials ■ Achieves overwhelming discharge power compatible with viscosities up to 2,500,000 mPa·s 【Applications】 ■ Cream solder application ■ Conductive paste ■ UV adhesives ■ Paints ■ Silicone resins ■ Adhesives for SMT

The piezoelectric jet dispenser manufactured by Vermes allows for fine application through parameter settings in milliseconds. The cream solder for lasers has a higher viscosity and is more difficult to apply than the cream solder for jet dispensers, but by using the high application force MDV3280, we have succeeded in applying the previously impossible laser cream solder.

By adopting the DST method, we achieve performance equivalent to piezoelectric systems at a low cost! With one-touch setup replacement, no adjustments are needed, ensuring high reproducibility! The DST jet dispenser MDS 1560 is a completely new type of jet dispenser developed by the German company Vermes, which has expertise in piezoelectric jet dispensers. It enables high-speed, powerful, and highly reproducible application, making it ideal for precise applications such as micro-dispensing of cream solder. 【Features】 ■ Non-contact application No Z-axis movement is required during the application process ⇒ Dramatically improves productivity and is damage-free to the workpiece. ■ Micro-dispensing Achieves dispensing of micro amounts below 1nl. ■ High viscosity material compatibility Compatible with materials ranging from low viscosity to 2000Pas high viscosity. ■ One-touch attachment and detachment The flow path section can be attached and detached with one touch ⇒ Speeds up setup changes. ■ Standard heater included Comes standard with a heater for dispensing materials ⇒ Compatible with various dispensing materials. ■ Cooling system included Standard equipped with a valve air cooling system ⇒ Improves dispensing reproducibility.

A piezo element operating at a maximum of 3000Hz enables high-speed and precise stable application through non-contact high-speed coating and controllable parameters under 0.1 msec. It is normally closed, making it specialized for low-viscosity materials such as inks and paints, and its structure minimizes leakage even when the power is off. It can be applied to a wide variety of materials, and maintenance is easy due to its modular components.

The "MDS 3050" is a system specialized for low-viscosity materials. In the case of low-viscosity materials, issues such as liquid leakage and material seepage from the tip are common challenges, but this system can solve those problems. It achieves a maximum speed of 3000Hz and an average speed of 1000Hz, contributing to improved cycle times. Furthermore, it boasts the same level of precision as high-viscosity systems, making it the latest model ideal for low-viscosity solvents, adhesives, paints, and chemicals. 【Features】 ■ Reduction of takt time through high-speed and efficient operation ■ Continuous application of a wide variety of materials ■ High reproducibility with a system operating at a resolution of less than 0.1ms ■ Compatible with materials up to 8,000mPa·s ■ Reduced number of components in the flow path compared to conventional products, improving maintainability ■ Built-in heater in the flow path to enhance the stability of continuous application ■ High-precision adjustment through side adjust method and sensor recognition ■ Normally closed valve to prevent liquid leakage *For more details, please refer to the catalog. Feel free to contact us with any inquiries.

The Vermes precision dispensing system can non-contact dispense liquids ranging from low viscosity to high viscosity. It achieves a maximum speed of 3000Hz and an average speed of 1000Hz, allowing for accurate dispensing from small to large volumes. 【Features】 ■ Reduction of takt time through high-speed and efficient operation ■ Enables continuous application of a wide variety of liquids ■ High reproducibility with a system operating at a resolution of less than 0.1ms ■ Compatible with materials up to 2,000,000 mPa·s ■ Reduced number of components in the flow path compared to conventional products, improving maintainability ■ Built-in heater in the flow path to enhance the stability of continuous application *For more details, please refer to the PDF document or feel free to contact us.

It is possible to continuously apply micro and fine coatings stably at a maximum of 3000Hz with a minimum of 0.4nl. Parameters can be freely changed to accommodate a wide variety of materials. Furthermore, functions such as adjustment and optimization of the piezo during operation have been automated. By automating these processes, variations caused by human factors and component tolerances have been reduced, resulting in improved precision and stability. 【Features】 ■ Reduction of takt time through high-speed and efficient operation ■ Enables continuous application of a wide variety of materials ■ High reproducibility with a system operating at a resolution of less than 0.1ms ■ Achieves powerful discharge compatible with viscosities up to 2,000,000Pa·s ■ Elimination of human factors through auto-adjust and auto-calibration functions ■ Reduced damage to workpieces due to non-contact application ■ Adoption of a one-touch detachable method for the flow path to improve maintenance compared to conventional products 【New Features Added to the New Model】 ■ Significantly improved durability of the piezo element inside the valve compared to conventional products ■ Approximately doubled air cooling capacity compared to conventional products ■ Real-time measurement of the piezo temperature during operation with automatic adjustment for optimal movement (requires a dedicated controller)

In the world of cutting-edge nanotechnology, ultra-precise dispensing is required down to the micrometer scale, and our dispenser is an ultra-precise dispenser capable of drawing lines as fine as 1 micron. - From ultra-high resolution of 0.5 to 1 μm to medium resolution of 50 μm - For correcting defective circuits - Microdot printing - Direct application of photoresist - Precision filling of microgravity - High-resolution on-chip antennas

In experiments at research institutions, high-precision application is essential for the fabrication of fine structures and defect correction. Particularly in the fields of nanotechnology and microelectronics, micron-level application accuracy can determine the success or failure of experiments. Inaccurate application can compromise the reproducibility of experimental results and lead to delays in research. Our ultra-precision application system achieves a line width of 1 micron, contributing to the efficiency of research. 【Use Cases】 - Correction of defective circuits - Microdot printing - Direct application of photoresist - Precision filling in microgravity 【Benefits of Implementation】 - Achievement of high-precision experimental results - Increased efficiency of experiments - Reduction in research and development time

In the printing industry, high-definition expression is a crucial factor that influences product quality. Particularly in fields where fine patterns and designs are required, the precise application of ink is essential. If the accuracy of ink application is low, it can lead to image blurriness and decreased color reproduction, potentially undermining the value of the product. Our ultra-precision coating system addresses these challenges with the ability to draw lines as fine as 1 micron. 【Application Scenarios】 - Microdot printing - Direct application of photoresist - High-resolution on-chip antennas 【Benefits of Implementation】 - Achievement of high-definition printing quality - Enhancement of product added value - Improvement of yield

In traditional measurements using electronic balances (weighing method), it takes a significant amount of time to collect and measure hundreds to thousands of droplets at once. This method only provides the "average value," making it impossible to grasp the variation (size fluctuations) of individual droplets or to detect defective droplets individually, while also carrying the risk of human error due to manual handling. VERMES's "DVS Droplet Volume Measurement System" is an automated flow sensor measurement system that resolves all these issues. By incorporating a sensor device (DVD) directly into the discharge line of the VERMES valve in an inline design, it automatically calculates and verifies the discharge amount for each droplet without interrupting production at all. In production environments such as life sciences, semiconductors, and electronics, where strict management is required, it achieves a dramatic improvement in yield while minimizing waste costs.