Macchina per la produzione di anime per tubi di carta NRC150C

1.NRC150C Paper Tube Core Making Machine: Specs, Features & Working Process

The NRC150C Paper Tube Core Making Machine is an automated spiral winder. It produces rigid paper tube cores from 25 mm to 150 mm in diameter. These cores support rolled materials in packaging, textiles, printing, and film converting. This detailed overview covers its features, working process, and technical specifications.

Watch the machine in action: NRC150C Paper Tube Core Making Machine on YouTube

2.What Is the NRC150C Paper Tube Core Making Machine?

The NRC150C is a spiral wound paper tube machine. It winds continuous paper strips around a rotating mandrel. Adhesive bonds the overlapping strips into a rigid, round core. The machine then cuts each core to the exact required length. It is engineered for continuous industrial production of paper tube cores.

Carta cores serve as the inner support for rolled products. Common uses include tape rolls, labels, plastic film, fabric, yarn, and toilet paper. The NRC150C covers the most widely demanded diameter range in one platform.

3.Key Features of the NRC150C

3.1 Precision Winding and Dimension Control

• The winding head holds tight tolerances on core diameter and roundness.
• Cut lengths stay consistent across long production runs.
• Tight dimensional control reduces scrap, rejects, and rework.

3.2 PLC and Touchscreen Automation

• A PLC automates the full winding and cutting sequence.
• The touchscreen sets length, speed, and batch count.
• Operators monitor every parameter in real time.
• Job recipes can be saved and recalled for repeat orders.

3.3 Material and Construction Flexibility

• The machine handles a wide range of paper grades and thicknesses.
• A robust welded frame stays stable at full production speed.
• A modular design makes servicing fast and predictable.
• Routine maintenance needs only minimal downtime.

3.4 Safety Mechanisms

• Emergency stops are placed at operator positions.
• Protective guards cover moving winding and cutting parts.
• Safety design helps protect operators during daily use.

4.How the NRC150C Paper Core Making Machine Works

The production cycle runs in six continuous steps. Each step feeds directly into the next.

1. Unwinding:Raw paper reels are loaded and unwound under controlled tension.
2. Incollaggio:Adhesive is applied evenly to each paper layer.
3. Winding:The coated paper is wound precisely around the mandrel.
4. Curing / Setting:The wound core sets so the bond reaches full strength.
5. Taglio:A sharp, accurate cutter divides the tube to the specified length.
6. Scarico:Finished cores are collected for packing or further processing.

5.Technical Specifications

All values below are the factory-rated specifications of the NRC150C. Confirm final parameters with your supplier before ordering.

6.Applications Across Industries

• Imballaggio:Cores for adhesive tapes, packaging films, and labels.
• Textiles:Cores for fabric and yarn winding processes.
• Printing and converting:Supports rolls of paper, foil, and plastic film.
• Paper mills:Core production for toilet paper, paper towels, and tissue.

7.Advantages for Paper Tube Manufacturers

• High efficiency:Fast cycles meet large-scale order volumes.
• Consistent quality:Precision controls ensure uniform strength and dimensions.
• Easy operation:The intuitive touchscreen shortens operator training.
• Cost-effective:Low maintenance and high output lower unit cost.
• Personalizzazione:Optional features can be added for specific production needs.

8.Why Choose the NRC150C Spiral Wound Paper Tube Machine?

The NRC150C balances precision, speed, and ease of use in one platform. Its 25–150 mm diameter range covers most standard industrial cores. The PLC and touchscreen make repeat orders simple to set up. The modular frame keeps long-term maintenance costs predictable.

Whether you run a small converting shop or a large plant, the NRC150C scales with demand. For the full product details, visit the official product page: NRC150C Spiral Wound Paper Tube Machine. Contact NRC Machine for a quote, lead time, and shipping terms.

9.Conclusion

The NRC150C Paper Tube Core Making Machine is a reliable choice for modern core production. It combines precision winding, automated control, and durable construction. It delivers consistent quality at up to 30 meters per minute. For businesses that manufacture or use paper tube cores, it is a proven, cost-effective asset.

10.FAQs

Q1:What is the NRC150C Paper Tube Core Making Machine?

A1:The NRC150C is a spiral wound paper tube machine that winds continuous paper strips around a rotating mandrel, bonds them with adhesive, and cuts the cores to the required length for continuous industrial production of paper tube cores.

Q2:How does the NRC150C work in the production process?

A2:The production cycle runs in six continuous steps: unwinding raw paper reels, applying adhesive, winding around the mandrel, curing the wound core, cutting to the specified length, and discharging the finished cores for packing or further processing.

Q3:What are the key features of the NRC150C?

A3:Key features include precision winding and dimension control, PLC and touchscreen automation for set points and recipes, material and construction flexibility for a wide range of paper grades, and safety mechanisms with emergency stops and protective guards.

Q4:What are the technical specifications of the NRC150C?

A4:Core diameter range is 25 mm to 150 mm, core length range 100 mm to 2000 mm, production speed up to 30 meters per minute, power supply 380 V, 50 Hz, 3-phase, total power consumption 11 kW, and air pressure requirement 0.6 MPa (about 6 bar, standard shop air).

Q5:What applications and benefits does the NRC150C offer?

A5:It serves applications across packaging, textiles, printing and converting, and paper mills by producing cores for tapes, films, fabrics, yarns, and tissue. Benefits include high efficiency, consistent quality, easy operation via a touchscreen, cost effectiveness from low maintenance and high output, and customization options for specific production needs.