A complete 3D assembly of a full-automatic inline piston filling line, modeled in SolidWorks 2020. The system integrates a 3-nozzle main filling unit, a left-side U-shaped accumulation/turn-table infeed conveyor, a reciprocating screw bottle-positioning mechanism, an enclosed stainless-steel machine frame with cabinet base, a top material hopper, an HMI touch-screen control station with signal tower light, and a right-side discharge conveyor with output turn table. Suitable for bottled liquids, creams and skincare/cosmetic products as shown. The archive is about 300 MB and includes the native SolidWorks assembly plus a universal STEP file for use in other CAD systems.
Description
This package contains the complete 3D CAD model of an automatic linear piston filling machine together with its incoming and outgoing conveyor system, suitable for filling round bottles (e.g., skincare, cosmetics, pharmaceutical, food and chemical liquid products).
Included in the model:
- 3-head piston filling station with adjustable nozzle mounting beams
- Top feeding hopper with outlet manifold and filling valves
- Main machine frame with transparent guard panels and lower cabinet (service doors)
- Bottle infeed conveyor with U-turn accumulation table and blue side-guide drives
- Snail screw (feeding screw) bottle-separation and positioning unit
- Outfeed conveyor with output turn table / accumulator
- HMI touch-screen control box with emergency stop and 3-color signal tower
- Adjustable stainless steel support legs with leveling feet
Software & format:
- Native file: SolidWorks 2020 assembly and parts
- Universal format: STEP file included
- Package size: approx. 256 MB
Typical applications:
- Skincare / cosmetic lotion, toner and serum filling
- Daily chemical and light-food bottled products
- Reference design for packaging-line engineering, mechanical layout, quotation and teaching
Note: This listing is for the 3D CAD model / drawings only. No physical machine, no manufacturing drawings in 2D production format are included unless separately stated.


