Metcal DX-350 Series Digital Dispenser

Metcal DX-350 Series Digital Dispenser is an advanced productivity-focused, value-priced, and user-friendly solution for precise fluid dispensing applications. This device is intuitive to use and offers a high level of accuracy for line or point dispensing. The DX-350 dispenser offers programmable control, allowing users to adjust settings for viscosity levels ranging from low to high. This dispenser includes a digital timer, pressure, and vacuum read-outs. An infinite vacuum suck-back prevents low-viscosity media from dripping between the dosing cycles and high-viscosity media from pulling threads. The DX-350 Series digital dispenser supports up to 10 programmable memory slots and features a compact design for efficient workspace use. This dispencer widely utilized in industries requiring precise dispensing, including electronics and manufacturing.

Features

  • Universal power supply with snap-on plug for worldwide use
  • Small footprint and lightweight
  • Digital pressure and vacuum readout
  • 10 programmable dispense routines and 4 operating modes
  • Available in two versions of operating pressure:
    • 0 to 100psi for general applications and 0 to 15psi for specific low-viscosity applications
  • Digital timer, pressure, and vacuum read-outs
  • Accurate reproduction of sequences of beads or dots
  • Adjustable vacuum suck-back feature for controlling drips of fluid between dispense cycles
  • Packaged ready to use with universal power supply, foot switch, air hose, sample tips, syringe barrels, and adapter

Specifications

  • Cabinet dimensions:
    • 152mm x 165mm x 178mm (6''W x 6.5''L x 7''H) 
  • 1.4Kg (3.1lb) weight 
  • 1200cycles/minute
  • 24VDC AC input voltage
  • Digital timing from 0.008s to 60s with ±0.001% timing repeat tolerances

Applications

  • Electronics assemblies
  • Medical device manufacturing
  • Automotive industry 
  • Aerospace and defense 
  • Industrial manufacturing
Metcal DX-350 Series Digital Dispenser
Yayınlandı: 2024-12-10 | Güncellenmiş: 2025-01-08