Lubricating oils
Piston filling and integrated capping for compatible lubricant products.
Liquid Packaging Machines
Automatic Lubricant Oil Piston Filling and Capping Machine (50–1000 ml)
An integrated 20-head rotary piston filler and 8-head capper for 50–1000ml lubricants, antifreeze, additives and other compatible petrochemical liquids, with output up to 8,000 bottles/h. Designed and manufactured for lubricating oils and antifreeze. Review the working principle, performance features and available configuration details below when specifying your industrial project.
- Rotary piston filling and capping configured for the selected lubricant and container.
- Twenty filling heads and eight capping heads handle 50–1000 ml containers at up to 8,000 bottles/h.
- Touchscreen recipe change, PLC piston control and synchronized cap handling support repeat production.
- Range
- 50–1000 ml
- Output
- Up to 8,000 bottles/h
- Heads
- 20 fill / 8 cap
Product Essentials
Everything needed for a quick technical review.
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Technical Data
Technical specifications
Listed values apply to the identified configuration. Confirm material conditions, utilities and optional equipment before selection.
| Parameter | Specification |
|---|---|
| Machine type | Rotary piston filling and capping machine |
| Filling heads | 20 |
| Capping heads | 8 |
| Filling range | 50–1000 ml |
| Bottle diameter | Φ40–110 mm |
| Bottle height | 80–320 mm |
| Production speed | Up to 8,000 bottles/h |
| Metering error at 50–200 ml | Less than 1 ml |
| Metering error at 200–1000 ml | Less than 2 ml |
| Machine dimensions | 3500 × 2200 × 2200 mm |
| Power supply | AC 380 V |
| Installed power | 7 kW |
| Air supply | Clean, stable 0.4–0.65 MPa |
Actual output and filling accuracy depend on the product, container, closure and operating conditions; final specifications are subject to engineering confirmation.
Applications
Automatic Lubricant Oil Piston Filling and Capping Machine (50–1000 ml): industrial applications
Applications include lubricating oils and antifreeze. Confirm material properties and process conditions before selecting the equipment configuration.
Antifreeze
Automatic filling and capping for compatible automotive coolant formulations.
Petrochemical additives
Packaging of suitable liquid additives within the published volume and container range.
Other compatible liquids
Additional pumpable liquids after viscosity, materials and closure trials.
Working Principle
From feed preparation to finished product.
The process route is selected around the material and product targets.
Bottle infeed
Containers from 40–110 mm in diameter and 80–320 mm in height enter the rotary machine.
Recipe selection
The operator selects a stored filling specification or adjusts the target from the touchscreen.
Twenty-head piston filling
PLC control coordinates the piston cylinders, with broad adjustment across all heads and fine adjustment at each individual head.
Cap sorting and delivery
The capping section sorts, feeds and applies caps in synchronization with bottle movement.
Eight-head capping
Claw-type cap positioning supports stable closure application without damaging bottles or caps.
Finished bottle discharge
Filled and capped containers leave the machine for downstream inspection, labeling or case packing.
Performance Highlights
Process performance shaped around the product.
Final performance remains dependent on feed properties and engineering confirmation.
Integrated 20/8 rotary platform
Twenty piston filling heads and eight capping heads combine filling and closure application in one machine.
Touchscreen format change
Filling specifications are changed through the touchscreen, with stored recipes available for repeat production.
Group and individual adjustment
All 20 filling heads can be adjusted together while each head also supports fine correction.
PLC-controlled piston dosing
Piston-cylinder inlet and outlet actions are controlled electronically for repeatable operation.
Synchronized cap handling
Bottle infeed, cap sorting, cap feeding, cap application, capping and bottle discharge operate as one coordinated process.
Bottle- and cap-friendly capping
Claw positioning is designed to avoid damage to bottles and caps while maintaining a high capping rate.
Variable-speed production
Stepless frequency control allows the machine speed to be matched with the surrounding line.
Contained filling area
The published design collects filling vapors and residual liquid to reduce workshop contamination.
Washdown-oriented host design
Protected machine sections support production-area cleaning and routine maintenance.
Wide container range
The machine accepts the published bottle-diameter, bottle-height and filling-volume ranges.
Stable industrial construction
The source describes smooth running, low noise, long component life and polished external surfaces.
System Configuration
Standard process path with project-specific options.
Core equipment and auxiliary systems are selected around the process duty.
Rotary bottle transport
Indexes containers continuously through filling and capping.
Twenty piston filling heads
Provide the specified 50–1000 ml filling range.
PLC and touchscreen control
Manage filling recipes, group adjustment and individual-head correction.
Cap sorter and feeder
Prepare and deliver closures to the synchronized capping section.
Eight claw-type capping heads
Position and tighten caps while protecting the bottle and closure.
Variable-frequency drive
Adjusts production speed for line matching.
Vapor and residue collection
Collects process emissions and residual liquid around the filling area.
Infeed and discharge interfaces
Connect the integrated unit with upstream bottle handling and downstream packaging equipment.
Selection Support
Information required for final machine selection.
Share the following liquid and packaging information so the filling system, capping system and line interfaces can be confirmed.
Product name and formulationViscosity and operating temperatureNominal filling volumeBottle diameter and heightBottle and closure materialsClosure type and required torqueTarget production outputMetering-accuracy requirementAvailable AC power supplyAvailable compressed-air supplyUpstream and downstream equipment
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