Product Description

The Jet-Fueler is a semi automatic vape cartridge filling machine designed for highly viscous oils, while being able to handle even the thinnest of eJuice. Every parameter of the dispensing process is software controlled and can be fine-tuned by the operator to achieve maximum throughput. The system configuration is available through a touch-panel screen on the device, and a foot-pedal is used to signal the dispensing action.

Product Specifications

Height: 683mm
Width: 660mm
Depth: 400mm
Weight: 27kg

Technical Specifications

Electrical Specifications
Input Voltage	110V-125V
Wattage	100W (Idle) – 800W (Max)
Max Amperage	8A
Plug	NEMA 5-15 (Type B)
Fluid Path Specifications
Pump Type	Syringe Pump /w Mechanical Valve
Pump Drive	Stepper Motor /w Optical Encoder
Pump Speed	Adaptive variable speed dispense. Minimum 300ms dispense stroke.
Pump Accuracy @ 30% Stroke	< .1% (Every pump is independent cal lab tested and results provided.)
Pump Repeatability @ 30% Stroke	< .1% (Every pump is independent cal lab tested and results provided.)
Pump Resolution	1/6000th of 100% syringe stroke length.
Syringe Materials	Borosilicate Glass, PTFE
Valve Materials	Ceramic / 316 Stainless Steel
Hose Material	PTFE
Needle Material	316 Stainless Steel
Reservoir Material	316 Stainless Steel /w Viton Gaskets
Fittings Material	PTFE / 316 Stainless
Injector Assembly Heater
Power	150W
Type	Resistive Cartridge Heater inside Aluminum Block
Temp Range	25C – 95C
Accuracy	+- 1C
Pump Assembly Heater
Power	150W
Type	Resistive Air Radiator Element
Temp Range	25C – 75C
Accuracy	+- 5C
Air Flow	35CFM Max
Reservoir Heater
Power	300W
Type	Silicone Heater Pad
Temp Range	25C – 95C
Accuracy	+- .5C

Disclaimer

The technical specifications contained within are given in good faith and are as accurate as possible based on current testing data. Due to a continued program of improvement these specifications may change from time to time without notice. For specifications on your particular model please contact us. We apologize for any inconvenience due to changes of specification or errors and omissions within this document.