Servo Single Head Gear Pump Liquid Filling Machine Fully Automatic 60-100 BPM 4L Capacity
Fully automatic servo-controlled gear pump filling machine with speeds up to 100 beats/minute and 4L capacity. Features precise quantitative filling, 304 stainless steel construction, and user-friendly touchscreen interface. Ideal for cosmetics, food, pharmaceutical, and chemical industries with compact design and reliable performance.
The Servo Single Head Gear Pump Liquid Filling Machine is a fully automatic system designed for precise filling of creams, lotions, essential oils, and similar viscous products. Engineered for high-speed operation and reliability, this machine delivers exceptional performance across multiple industries.
- Fully automatic operation with servo motor control for precise filling
- High-speed performance: 60-100 beats/minute for 30-50 gram fills
- Multi-purpose application across cosmetics, food, pharmaceutical, and chemical industries
- User-friendly touchscreen interface with foolproof operation
- Accurate quantitative filling with unlimited filling quantity capacity
- Compact footprint with simple cleaning and maintenance
- Stable, trouble-free operation with long service life
- Optional automatic feeding function available
| Fill Weight Range | Filling Speed |
|---|---|
| 30-50 grams | 60-100 beats/minute |
| 100-300 grams | 45-80 beats/minute |
| 500-1000 grams | 30-45 beats/minute |
| 4 liters | Approximately 2000 per hour |
| Component | Brand/Type |
|---|---|
| Pneumatic Configuration | Sophus |
| Servo Motor | Inovance |
| Servo Drive | Inovance |
| Touchscreens | Inovance |
| PLC | Inovance |
| Solenoids | Sophus |
| Relays | C-LIN |
| Photoelectric Sensors | Matsushita |
| Material Construction | 304 Stainless Steel |
| Filling Head | Single Head |
| Filling Quantity | Unlimited |
The machine follows a streamlined workflow: automatic or manual bottle loading → automatic filling → automatic or manual capping → automatic cap locking. This integrated process ensures efficient production with minimal operator intervention.
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