About Automatic Honeycomb Paper Sleeve Forming Machine
This machine will honeycomb paper core bonding, so as to get honeycomb paper sleeve, fully automated design, one person can manage multiple machines, can produce a variety of specifications honeycomb paper sleeve, suitable for cosmetics, wine bottles, etc., cushioning packaging products.
Features:
1. Fully automatic feed processing design, high production efficiency
2. Fast shaping. 12s-18s/ root (based on core length)
3. Can make a variety of specifications of paper sleeves
4.1 One person can manage multiple devices
Size: 320x142x131cm
Suitable for paper core length 20-90cm
Innovative Automation and PrecisionThis machine integrates advanced automation with servo-controlled rotary cutting to ensure consistent, high-precision formation of honeycomb paper sleeves. With automatic edge alignment and PLC-based control, it guarantees accurate and reliable results, all managed via a 7-inch touchscreen display. The servo motor drive and adjustable settings streamline production and ensure consistent quality across batches.
Robust Safety and User-Friendly DesignEquipped with emergency stops, safety covers, and sensor-based cut-off systems, the AHPS-320 prioritizes operator safety. The intuitive touchscreen HMI and easy-access controls make operation straightforward, while automatic lubrication and air cooling systems minimize maintenance downtime. The heavy-duty steel frame ensures stability and durability in demanding industrial environments.
Versatile Applications and Efficient PerformanceThe AHPS-320 supports a broad range of Kraft paper grades and sleeve widths up to 1000 mm. Its efficient feeding and rotary cutting mechanisms enable high-output sleeve forming (100150 pieces/hour). Integrated options such as pre-heating further enhance compatibility, enabling the machine to meet diverse packaging needs for distributers, manufacturers, and exporters alike.
FAQs of Automatic Honeycomb Paper Sleeve Forming Machine:
Q: How does the automatic honeycomb paper sleeve forming machine improve production efficiency?
A: This machine streamlines the sleeve forming process with automated edge-aligned feeding, servo-controlled rotary cutting, and an integrated PLC control system. These features minimize manual intervention, increase production capacity (100150 pieces/hour), and ensure uniform, high-quality results.
Q: What types of paper materials are compatible with this machine?
A: The AHPS-320 is compatible with Kraft paper of various gsm ratings, making it ideal for a wide range of honeycomb paper packaging applications. It processes paper rolls with core sizes of 76 mm (3 inch) and diameter up to 1200 mm.
Q: When can the machine be installed and how long does setup take?
A: Installation of the AHPS-320 typically takes between 3 to 5 days. Its modular design and clear interface allow for quick commissioning and operator training, reducing downtime during integration into existing workflows.
Q: Where is this machine primarily used?
A: This forming machine is suitable for use in paper packaging manufacturing plants, distribution centers, and facilities requiring consistent production of honeycomb paper sleeves. Its robust construction and high capacity make it suitable for industrial-scale operations.
Q: What is the process for forming honeycomb paper sleeves on this machine?
A: The process begins with automatic edge-aligned paper feeding, followed by servo motor-driven forming and precise rotary cutting. The integrated touchscreen allows operators to set parameters for sleeve width and cutting, ensuring accurate production per specifications.
Q: How do safety features enhance operator protection during use?
A: The AHPS-320 incorporates emergency stop buttons, safety covers, and a sensor-based automatic cut-off system. These safeguards minimize risks from moving parts and electrical hazards, ensuring a safer operating environment.
Q: What are the key benefits of using this automatic forming machine?
A: Key advantages include high production capacity, precise cutting accuracy (0.5 mm), flexible material compatibility, low maintenance due to automated lubrication, operator safety, and simplified operation through a modern touchscreen interface.