The GST MP30M-LF is a compact, fully integrated mobile liquid-fuel HVOF system developed for high-performance protective coating applications in industrial workshops and field-service environments. The platform combines process control, oxygen and fuel management, high-pressure cooling, powder feeding, electrical control, and system monitoring within a single mobile industrial enclosure.
The GST MP 30M-HV is a compact, fully integrated mobile gas-fuel HVOF system developed for high-performance protective coating applications in industrial workshops and field-service environments. The platform combines process control, oxygen and fuel management, high-pressure cooling, powder feeding, electrical control, and system monitoring within a single mobile industrial enclosure.
The MP 3000 HVOF-GF Spray System is a dedicated industrial platform for gas-fueled high-velocity oxy-fuel coating. It combines the MP 3000 digital process-control architecture with the GST DJ2600 HVOF spray gun and a hydrogen/oxygen fuel package for repeatable production of dense, wear- and corrosion-resistant coatings.
The MP3000-E ethanol HVOF Spray System is a dedicated industrial platform for liquid-fueled high-velocity oxy-fuel coating. It combines MP 3000 digital process control with a liquid-fuel delivery package and compatible HVOF spray guns for ethanol-based processes.
The GST MP 30M-HV is a compact, fully integrated mobile liquid-fuel HVOF system developed for high-performance protective coating applications in industrial workshops and field-service environments. The platform combines process control, oxygen and fuel management, high-pressure cooling, powder feeding, electrical control, and system monitoring within a single mobile industrial enclosure.
The GST MP3M-GF is a gas-fuel High Velocity Oxygen Fuel (HVOF-GF) system designed for manual application of powder feedstock.
The GST DJ2700M is an industrial gas-fuel High-Velocity Oxygen Fuel (HVOF) spray gun for applying powder coatings. It is designed for stable operation and straightforward maintenance and can be used as a handheld gun or installed on mechanized and robotic motion systems. In the GST MP3M-GF configuration, LPG/propane is used as the fuel gas.
The GST MP3000-WS Wire Flame Spray System is a modular industrial thermal spray platform engineered for automated combustion wire spraying. It combines process control, recipe management, wire spray-gun integration, automation interfaces, and project-specific material and gas-supply modules within a single coordinated coating system.
MP3000-AR is an advanced electric wire arc thermal spray system engineered for high-productivity applications that require repeatable metallic coatings. The system combines a high-power 360GS power supply, PPC process console, coordinated wire feeding, compressed-air supply and dedicated wire arc spray guns in a modular production platform.
The GST EGD-K Wire Flame Spray Gun is a heavy-duty, machine-mounted combustion wire spray gun developed for automated, high-volume industrial coating. It is intended for production environments where stable wire feeding, repeatable spray parameters and long continuous operating cycles are required.
The GST 5K Wire Flame Spray Gun is a robust machine-mounted combustion wire spray gun designed for automated, high-volume industrial production. Its motorized wire-feed system delivers stable material feeding over a wide operating range, making the gun suitable for both short production runs and continuous coating of large batches.
The GST DCst-S is an extraction, filtration and ventilation unit designed as a standalone cartridge-filter system with a centrifugal (radial) fan installed inside an acoustic enclosure. The unit is intended to extract dust-laden process air, filter it through cartridge elements and discharge the cleaned air to atmosphere.
The GST DCst-M is a standalone extraction, filtration and ventilation unit built around a cartridge-filter housing and a centrifugal (radial) fan located in an acoustic enclosure. Dust-laden process air is filtered through the cartridge stage, after which the cleaned air is discharged to atmosphere.
