The Customized Dual-Valve Strip-dot Gun introduces versatility in adhesive application, combining two independent dispensing systems in a single tool to apply both continuous strips and precise dots without tool changes.
Unlike conventional guns limited to one application mode, this innovative system features two synchronized valves that can operate simultaneously or independently, delivering 0.8-5mm dots and 1-4mm width strips with identical adhesive formulation. Its compact design (280mm length) fits easily in automated systems, while the 10-60PSI operating pressure accommodates diverse adhesives from thin hot melts to high-viscosity epoxies .
Independent valve controls allow operators to switch between strip, dot, or combined modes in seconds, reducing changeover time by 70% compared to single-function guns .
Microprocessor-based synchronization ensures dot placement accuracy within ±0.2mm relative to strip edges, critical for applications requiring both structural bonding and positional alignment.
Tool-less nozzle cartridges allow quick switching between dot and strip configurations, with alignment markers ensuring consistent positioning after changes.
Perfect for circuit board manufacturing, applying adhesive dots to secure components while reinforcing edges with continuous strips in a single pass.
Ideal for bonding decorative trim pieces, combining precise dot application on visible surfaces with continuous strips for structural strength on hidden edges.
Used in specialty packaging, applying sealant strips along edges while placing adhesive dots to secure internal components without visible glue.
How to calibrate valve synchronization?
Use the digital timing controller to adjust delay between valve activations, with a calibration template included to verify alignment within ±0.1mm.
What adhesive viscosities can it handle?
The gun works with adhesives ranging from 500-15,000 cP, with the dot valve optimized for higher viscosities (>5,000 cP) than the strip valve.
Is it compatible with automated systems?
Yes, it includes EtherNet/IP connectivity for integration with robotic systems, supporting remote mode selection and parameter adjustment .
Unlike conventional guns limited to one application mode, this innovative system features two synchronized valves that can operate simultaneously or independently, delivering 0.8-5mm dots and 1-4mm width strips with identical adhesive formulation. Its compact design (280mm length) fits easily in automated systems, while the 10-60PSI operating pressure accommodates diverse adhesives from thin hot melts to high-viscosity epoxies .
Independent valve controls allow operators to switch between strip, dot, or combined modes in seconds, reducing changeover time by 70% compared to single-function guns .
Microprocessor-based synchronization ensures dot placement accuracy within ±0.2mm relative to strip edges, critical for applications requiring both structural bonding and positional alignment.
Tool-less nozzle cartridges allow quick switching between dot and strip configurations, with alignment markers ensuring consistent positioning after changes.
Perfect for circuit board manufacturing, applying adhesive dots to secure components while reinforcing edges with continuous strips in a single pass.
Ideal for bonding decorative trim pieces, combining precise dot application on visible surfaces with continuous strips for structural strength on hidden edges.
Used in specialty packaging, applying sealant strips along edges while placing adhesive dots to secure internal components without visible glue.
How to calibrate valve synchronization?
Use the digital timing controller to adjust delay between valve activations, with a calibration template included to verify alignment within ±0.1mm.
What adhesive viscosities can it handle?
The gun works with adhesives ranging from 500-15,000 cP, with the dot valve optimized for higher viscosities (>5,000 cP) than the strip valve.
Is it compatible with automated systems?
Yes, it includes EtherNet/IP connectivity for integration with robotic systems, supporting remote mode selection and parameter adjustment .
