FL-800D Filling and Capping Machines for e-liquid

FL-800D Filling and Capping Machines for e-liquid

Our fully automated 10ml e-liquid filling system takes bulk liquid, bottles and caps and creates 3000 shelf-ready products an hour!

E-Liquid filling and capping, at its best

Our FL-800D Mono-bloc filling and capping machines have been meticulously developed for the E-Liquid industry. The e-liquid filling machine utilises our servo driven volumetric pumps for high accuracy, efficiency and to ensure smooth, consistent performance.

Adjustable filling speed

Accurate to ±0.5% (with low-to-high viscous liquids)

Integrated digital Panasonic PLC with touchscreen HMI for easy operation

Panasonic servo system

Conveyor system driven by Siemens motor

Adjustable conveyor guide rails to accommodate different products

Drip prevention system

Bottle-holding mechanism to locate the e-liquid bottles during capping

Intelligent bottle-detection system

Filling chamber protected by interlock guards for safety registration

Memory slots for storing individual parameters

Magnetic torque adjustment of capping heads

Stainless steel construction

Full spares and service support from our Bradford based team

FL-800D Pricing: Get a quote

At Advanced Dynamics, we understand that every business has unique needs, which is why our pricing for the FL-800D Filling and Capping Machines for e-liquid is based on various factors.
To receive a quote tailored to your specific needs, please fill out our contact form, and one of our representatives will be in touch with you shortly.

Technical Specifications

Filling Capacity Options
Liquid Contact Part Material Option
Stainless steel 304/Stainless steel 316
Supply Voltage
240V, 50-60 Hz, 1-phase
Power Consumption
1.5 kW
Air Pressure
6 bar
3000 mm (L) x 950 mm (W) x 1770 mm (H)
Net Weight
850 kg

Exceed your expectations

Give us the opportunity. Allow us to demonstrate what we believe makes us different, to show you why working with a partner is infinitely better than working with a supplier.

Tom & Vanessa from Advanced Dynamics