Automatic Spindle Capping Machine with Cap Feeding Elevator
The six-spindle wheels capping machine, operating seamlessly in a straight-line configuration, is equipped with a robust C-chute mounted on the head. The durability of this model, attributed to its heavy-duty design, not only minimizes maintenance requirements but also enhances productivity and flexibility to a significant extent. It is adapt for a variety of caps, including spindle screw caps, locked caps, spray caps, and more. The applicable caps can be made of metal or plastic.
Features:
- Independent Motor Drive: Features a “one motor per capping wheel” design, ensuring stable performance and consistent torque during long production runs.
- Adjustable Clamping Belts: Flexibly adjustable to accommodate bottles of different heights and shapes individually.
- Optional Cap Guiding System: Enables compatibility with pump caps and other specialty closures, expanding the machine’s versatility.
- Convenient Adjustment Mechanism: Equipped with a precise ruler and counter for quick and accurate setup.
- Automatic Mainframe Lifting: The main frame can automatically lift and descend, powered by a reliable motor for easy height adjustment.
- Touch Screen Interface: Upgraded from traditional buttons to a user-friendly touch screen, offering smoother and more intuitive operation.
Technical Parameters
| NAME MODEL |
NP-LC Automatic linear spindle capping machine |
| Capacity |
0~200b/m(subject to bottles and cap size) |
| Bottle and cap diameter |
Φ10～120 subject to samples |
| Bottle Height |
40~380mm |
| Spindle capping machine dimension |
L1060*W896*H1620mm |
| Voltage |
AC 220V 50Hz |
| Power |
1600W |
| Weight |
500kg |
Product Detials
How can a spindle capper be integrated into an automated packaging or bottling line?
The six-spindle wheels capping machine, operating seamlessly in a straight-line configuration, is equipped with a robust C-chute mounted on the head. The durability of this model, attributed to its heavy-duty design, not only minimizes maintenance requirements but also enhances productivity and flexibility to a significant extent. It is adapt for a variety of caps, including spindle screw caps, locked caps, spray caps, and more. The applicable caps can be made of metal or plastic.
Versatile Automation for Evolving Production Needs
This spindle capping machine is engineered to be the centerpiece of a fully automated packaging line, yet it’s equally adept when used as a cap tightener for hand-placed or trigger-style caps. Its modular nature supports seamless upgrades—automation components such as cap sorting bowls or elevator-style cap orientors can be integrated as your production requirements expand. Whether you’re scaling up for higher output or starting with manual operations, the system grows with your business, offering both immediate and long-term efficiency.
Ideal for manufacturers seeking reliable performance with the flexibility to adapt, this machine is designed to accommodate a wide range of bottle types and closure styles, all while ensuring consistent, high-quality results throughout extended production runs.
FAQ about automatic linear type 6 wheels capping machine
1. Q1: What is a 6-Wheel Capping Machine and what is its main function?
A: A 6-wheel capping machine is an automated packaging device equipped with six independent capping heads. Its primary function is to automatically and accurately screw caps onto corresponding containers at high speed, enabling efficient and continuous production.
2. Q2: What types of caps and bottles is the 6-wheel capping machine suitable for?
A: The machine has a wide range of applications:
Cap types: Plastic caps, metal caps, spray caps, tamper-proof caps, pump heads, etc. (requires compatible capping heads).
Container types: Plastic bottles, glass bottles, jars, and other round-section containers.
3. Q3: What is the basic workflow of the machine?
A: The typical workflow includes:
1.Cap Feeding
Caps are sorted and delivered to the capping heads via a vibrating plate or elevator.
2.Cap Pickup
Capping heads pick up the caps using a gripping mechanism or vacuum suction.
3.Bottle Alignment
Bottles are transported via a conveyor to the capping station and precisely aligned with the capping heads.
4.Capping
The capping heads lower, grip the bottle (usually with belts or arms), and rotate the cap to the preset torque.Release: Once capping is complete, the heads lift, and the capped bottles are conveyed out of the machine.
4. Q4: How is the cap tightness (torque) set and ensured?
A:
Setting: The target torque can be directly set on the touch screen (servo-controlled).
Ensuring Consistency: The servo motor controls the torque precisely. During the capping process, the head automatically stops rotating or slips once the preset torque is reached, ensuring uniform tightness for every bottle.
5. Q5: Are there special requirements for cap feeding?
A: Yes. A stable cap supply is essential for smooth operation.
Requirements: Caps must be sorted and oriented using a vibrating plate or elevator and delivered continuously and smoothly to the capping heads.
Potential Issues: Complex-shaped caps, burrs, or overlapping caps may cause jams or missing caps, reducing efficiency.
6. Q6: What are the possible causes of loose or inconsistent capping?
A: Possible reasons include:
- Torque setting too low: Recalibrate and adjust the torque.
Mismatched or defective threads on caps or bottles: Inspect incoming materials.
Worn capping heads: Unable to grip caps properly, causing slipping.
Unstable bottle clamping: Bottles move during pressing or rotation.
Insufficient pressure (for pneumatic machines): Check air supply pressure.
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