Quantitative and Evac n Fill Stations

Automotive oil dispensers are the standard of filling in automotive assembly lines which enable quality assurance, spillage-free filling and compliance to cycle time.

Fluidyne automotive oil dispensers are engineered for high-performance fluid handling in automotive assembly and aftermarket service environments, aligning with following standards –

  1. TQM (Total Quality Management)
  2. IEC 60204-1 – Electrical safety
  3. ISO 12100 – Low Risk filling operations
  4. IEC 61000 – Electromagnetic compatibility

Fluidyne manufactures automotive oil dispensers in evacuation-based and quantitative philosophies for total line filling solutions.

Core Information

An automotive oil dispenser is built from precision-engineered components that ensure reliable and contamination-free fluid handling. Whether configured as an engine oil dispensing, a brake filling machine, a coolant filling machine, or a fuel filling machine, parts remain consistent, with each optimized for its fluid type.

Applications

Oil Filling

  • Engine Oil
  • Transmission
  • Axles
  • Lube oil

Evacuation-based

  • Brake Oil
  • Coolant
  • Power Steering

  • Clutch

Fuel

  • Gasoline
  • High speed diesel
  • Blended fuel

Chemical

  • Additives

  • Adblue

  • Wiper fluid

  • Solvent-based chemical

Series 6780-B Brake Filling Machine

Series 6780-C Coolant Filling

FAQ’s

An automotive oil dispenser is a precision system used to store, meter, and accurately fill fluids such as engine oil, brake fluid, coolant, transmission oil, hydraulic oil, and fuels. Designed for OEM assembly lines and service workshops, these dispensers ensure contamination-free delivery, precise volumes, and operator safety. Configurable as engine oil dispensers, brake filling machines, coolant filling machines, or fuel filling machines, they support efficiency, compliance, and global quality standards.
Fluidyne automotive oil dispensers are designed for precision, safety, and contamination-free delivery of a wide range of fluids. They handle engine oils, transmission oils, brake fluids (DOT 3/4/5.1), coolants, hydraulic oils, fuels, and specialty lubricants. Configurable as engine oil dispensers, brake filling machines, coolant filling machines, or fuel filling machines, they ensure accurate filling for OEMs, service workshops, and off-highway equipment, while meeting global standards like TQM, CAPA, and EN ISO 12100.

Fluidyne offers advanced dispensing solutions for both workshop applications and automotive assembly lines.

  • The Series 6720 Retail Dispensing Units provide light commercial solutions for DEF, diesel, coolant, water, and low-viscous oils, featuring auto-shutoff nozzles, patented oscillating piston flow measurement, microcontroller-based electronics, integrated printer, and weights & measures certification.
  • The Series 6700 Automotive Line Filling Stations are assembly-line approved, with zero-drip nozzles, PLC-MMI electronics, inbuilt tanks up to 2 kL, and multiple pump options.
  • The Series 6780 Evac-n-Fill Stations handle brake, coolant, clutch, and power steering oils with vacuum-filling cycles, ECU integration, built-in pumps, and ±5 ml flow resolution.
Automotive oil dispensers today integrate seamlessly with MES and SCADA systems, enabling real-time monitoring, accurate flow measurement, and traceability across assembly lines and workshops.

By linking dispensing data with production orders, inventory, and quality records, these smart dispensers ensure efficiency, compliance, and cost control, transforming fluid management into a digital, data-driven process for modern automotive operations.

Automotive oil dispensers are available in both portable and fixed versions to suit different workshop and production needs. Portable dispensers, are trolley-mounted type available in 6720 series, allow flexibility across service bays.

Fixed dispensers are trolley mounted but are large in weight and dimensions and hence not meant for mobile applications. They are suited to high-volume dispensing in OEM assembly lines. Choosing between the two depends on workshop size, mobility needs, and dispensing capacity requirements.