Precise, Fast, Adaptive & Versatile

SOLDER PASTE JET
DISPENSING SOLUTION

Precise, Fast, Adaptive & Versatile

SOLDER PASTE JET DISPENSING SOLUTION

The Archerfish with its „scientific“ abilities, speed, precision and cleverness inspired us to develop our solder paste jetting solution. The Archerfish waylays for its prey in the salty brackish water of the mangrove forests. Just below the water surface, it observes its prey, calculates the refraction of the water jet, calculates the distance and the environment of its target and fires a targeted water jet at its victim. Hit by the jet, the victim falls into the water, where the hunter waits and eats his prey with pleasure. Just like the Archerfish, the integration of the VDST valve gives our state-of-the-art machine platforms the ability to jet solder paste with dot sizes from 200-800 μm after adjustment of the settings. Precise, fast, like the Archerfish!

Dynamic Shockwave Technology
Viscosity range < 2’000’000 mPa*s
Min. possible dot diameter/ volume > 200 μm / > 2.5 nl
Speed Up to 80’000 dph
Useable applications Solder Paste in electronics, also for cavities
Useable solder pastes Type 4-7 (jettable), recommended pastes: Indium, WinDot
Valve heater Included, max. 60°C
Useable cartridge sizes 5 ccm / 10 ccm / 30 ccm

QUICK PROTOTYPING
HAS NEVER BEEN SO EASY

This Non-contact jet dispensing valve has been developed to jet solder pastes from class 4 to 7, jettable types only.
Integrated and combined with a Pick-and-Place process in one of Essemtec's platforms it opens the possibility of an
"All-In­-One" production, enabling customers full flexibility to process complete PCB's within only one machine.

Time to market -
No Printer, No Stencils

Freely selectable and combinable settings of jet parameters for optimal adaptation to customer requirements and characteristics of the dispensing material.
The dynamic shockwave technology allows to jet several hundred shots within just a second and with high accuracy and repeatability.

Contact our Sales or Service Team for more information