MDS 3583-FH

Major Advantages

The MDS 3583-FH system from VERMES Microdispensing is designed for excellence, this system combines advanced technology, versatility, and robust performance to meet the highest industrial standards.

Powered by PX2 Technology: The MDS 3583-FH system leverages advanced PX2 technology, delivering unparalleled precision and control in micro dispensing applications.
Integrated Heater and Cooling Function: Equipped with integrated heating and cooling functions, the system ensures optimal fluid viscosity and consistent dispensing performance, regardless of environmental conditions.
Compatibility: Highly compatible with all VERMES nozzles, tappets, and various spare parts, providing versatility and ease of maintenance for diverse application needs.
Bayonet Fluid Box Body: Featuring an innovative bayonet fluid box body, the MDS 3583-FH allows for quick and easy exchange of fluid components (“Plug and play”), enhancing operational efficiency.
Heavy-Duty Applications: Designed for heavy-duty applications requiring the highest frequency, this system ensures robust performance and longevity, making it ideal for demanding industrial environments.

Application Examples

These include micro dispensing applications in:

Microelectronics Manufacturing: Ideal for precise dispensing of solder paste, adhesives, and encapsulations in microelectronics assembly.
Optical Components: Ensures accurate application of coatings and bonding agents in the production of optical devices.
Medical Devices: Perfect for sterile and precise dispensing in the assembly of medical devices and equipment.
Semiconductor Fabrication: Provides sub-nano accuracy essential for advanced semiconductor manufacturing processes.
Automotive Electronics: Suitable for high-precision dispensing tasks in the production of automotive electronic components and batteries for EV-industries.

Recommended Media:

MDS 3583-FH, equipped with PX2 technology, elevates state-of-the-art microdispensing to new levels, enhancing precision in dispensing, particularly for high and ultra-high viscosity media. It is ideal for the wide range of application of various fluids, including but not limited to: