Electronic Cigarette Oiling Machine
The Electronic Cigarette Oiling Machine is a high-precision, single-platform e-liquid filling system for continuous, automated production in the vaping industry. It features a robust single Y-axis feeding mechanism for seamless workpiece transfer and uninterrupted operation, with an ultra-wear-resistant technical ceramic dosing system driven by a heavy-duty stepper motor and high-precision ball screw. Designed to handle various e-cigarette oil viscosities, it provides high repeatability, an exte
The Electronic Cigarette Oiling Machine is a high-precision, single-platform e-liquid filling system for continuous, automated production in the vaping industry. It features a robust single Y-axis feeding mechanism for seamless workpiece transfer and uninterrupted operation, with an ultra-wear-resistant technical ceramic dosing system driven by a heavy-duty stepper motor and high-precision ball screw. Designed to handle various e-cigarette oil viscosities, it provides high repeatability, an exte
Product Overview
The Electronic Cigarette Oiling Machine is a high-precision, single-station e-liquid filling system designed for continuous, automated production in the vaping industry. Equipped with a robust single Y-axis feeding mechanism, the system ensures smooth workpiece transfer and uninterrupted operation. The core dosing system is built using premium, ultra-wear-resistant technical ceramics, driven by a heavy-duty stepper motor and a high-precision ball screw. This advanced design delivers excellent repeatability, extended operational life, and maximum production safety across a range of e-cigarette oil viscosities.
Working Principle & Key Advantages
- Ceramic Plunger Precision Dosing: A high-purity ceramic plunger pump combined with a digital stepper motor provides precise volumetric control. This prevents dripping and ensures accurate oil dosing per cycle.
- Continuous Y-Platform Operation: Optimized for uninterrupted fluid filling, the single Y-axis platform supports continuous feeding to streamline line integration and eliminate machine idle time.
- Proprietary Control Software: User-friendly, fully functional proprietary software enables operators to quickly adjust injection parameters, significantly reducing changeover time between products.
- Four Specialized Injection Modes: Supports multiple operating modes, including bottom-touching mode, bottom-touching slow picking mode, multi-stage oil injection mode, and multi-stage slow picking oil injection mode, to adapt to different cartridge and pod structures.
1. A ceramic plunger pump and stepper motor are used for oil injection. The wear-resistant ceramic pump provides a long service life, while the stepper motor ensures oil injection accuracy.
2. Continuous single Y-platform oil injection production without interruption, with high efficiency.
The software is self-developed, offering complete functions, straightforward operation, and convenient, fast parameter adjustment.
Equipment UPH: |
≥ 1200 PCS/hour (Capacity × Yield × Utilization rate) |
Equipment failure rate: |
≤ 0.2% (downtime / running time) |
Product yield: |
≥ 99.98% (qualified products / total output) |
Compatibility: |
Flexible design for quick switching to other products of the same type with similar process requirements |
Oil injection amount: |
1–20 ml |
Oil injection accuracy: |
±0.2% |
Oil injection range: |
Y/Z (mm): 300/100 mm |
Equipment accuracy: |
Y/Z (mm) ±0.04 mm |
Equipment size: |
600 × 800 × 1750 mm (W × D × H) |
Device communication: |
Reserved MES interface for the oil injection machine |
Oil drum alarm: |
Alarm function when the oil tank level falls below the lower limit (optional) |
Oil pump accessories: |
Sealing ring (food grade), silicone tube, PTFE tube |
Equipment function: |
Four oil injection modes are available: bottom-touching mode / bottom-touching slow picking mode / multi-stage oil injection mode / multi-stage slow picking oil injection mode |
Weight: |
Approx. 150 kg |
Industry 4.0 Readiness
Designed with future-proof production in mind, this equipment features a pre-configured MES interface. This enables modern vaping manufacturing plants to easily integrate the machine into their central Manufacturing Execution System (MES), supporting real-time data collection, yield monitoring, and end-to-end quality control tracking.
