Automatic Trigger Sprayer Capping Machine
Automatic Plastic Bottle Capping Machine is designed to efficiently seal a wide range of plastic bottles
with different closure styles, including round caps, spray pump
caps, conical caps and other plastic screw caps.
Unlike traditional manual capping tools, this machine uses a four-wheel capping system with a simplified adjustment structure. Most format adjustments can
be completed without hand tools, making the machine easier to
operate and faster to set up for different bottle and cap
specifications.
The machine is suitable for plastic bottles used in household
chemicals, personal care products, cosmetics, detergents,
disinfectants and other liquid packaging applications. It can also
be connected with automatic filling machines and other packaging
equipment to create a complete production line.
With automatic cap feeding, touchscreen operation, PLC control and
a “No Bottle, No Capping” function, the machine helps improve
capping efficiency, reduce product waste and maintain consistent
sealing quality.
MAIN FEATURE
1. Wide Cap Compatibility
Suitable for round caps, spray pump caps, conical caps and other
plastic closures.
2. Automatic Vibratory Tray Feeding
The vibratory tray automatically organizes and supplies caps to the
capping section.
3. Tool-Free Adjustment
Capping system adjustments for different compatible bottle and cap
sizes can be completed without additional tools.
4. Four-Wheel Capping System
The four-wheel structure provides progressive and stable cap
tightening.
5. Up to 40 Bottles per Minute
The machine can achieve a maximum capacity of approximately 40
bottles per minute, depending on the bottle and cap specifications.
6. “No Bottle, No Capping” Function
The machine does not perform capping when no bottle is detected,
helping reduce waste.
7. Touchscreen Program Storage
The DALTA touchscreen allows operators to store and recall multiple
capping programs.
8. SS 304 Stainless Steel Construction
The machine is made from SS 304 stainless steel for durability,
hygiene and easy cleaning.
9. GMP-Oriented Design
The stainless steel structure and hygienic construction are
suitable for production environments requiring GMP standards.
10. Schneider PLC Control
The digital control system uses a Schneider PLC and touchscreen
technology for straightforward operation.
11. Optional Bottle Clamp Belt
The optional bottle clamp belt system improves bottle stability and
supports higher capping efficiency.
12. Flexible Bottle and Cap Adjustment
The machine can be adjusted for a wide range of bottle shapes, cap
sizes and packaging formats.
Product Parameters
1 | Capping Head | 1 Heads |
2 | Production Capacity | 25-35BPM |
3 | Cap diameter | Up to 70MM |
4 | Bottle Height | Up to 460MM |
5 | Voltage/Power | 220VAC 50/60Hz 450W |
5 | Driven way | Motor with 4 wheels |
6 | Interface | DALTA Touch Screen |
7 | Spare Parts | Capping Wheels |
Product Application
Four-Wheel Capping System
The machine is equipped with a four-wheel capping system designed
for stable and efficient tightening of plastic closures.
Progressive cap tightening
Stable capping performance
Suitable for various plastic cap designs
Adjustable capping pressure
Easy adjustment for different cap sizes
Reduced risk of loose or improperly tightened caps
Efficient operation for continuous production
The four-wheel system can be configured according to the actual cap
and bottle samples. Cap shape, bottle neck design and required
sealing performance should be considered when confirming the final
machine setup.
Automatic Vibratory Tray Cap Feeding
The machine features an automatic cap feeding mechanism equipped
with a vibratory tray.
The vibratory tray organizes and delivers caps to the capping
section, reducing manual cap handling and supporting continuous
production.
Advantages include:
- Automatic cap orientation
- Continuous cap supply
- Reduced manual labor
- Improved cap feeding efficiency
- Suitable for different plastic cap designs
- Easy integration with the automatic capping process
The cap feeder should be configured according to the cap shape,
dimensions, material and feeding characteristics
