Professional Slitting Rewinding Machine Manufacturer
- Single/double PE coated stock paper, cigarette tipping paper jumbo roll
- Unwinding width ranges from 320mm to 3800mm
- Slitting width ranges from 3mm to 3800mm
- Max unwinding diameter is up to 1800mm
- Razor cutting and rotary shear slitting switch
- Traverse spooling technology
Jota Slitting Rewinding Machine
If you are looking for a suitable jumbo roll slitting rewinding machine whether you are in the field of printing, packaging, new energy, aerospace, or new carbon fiber technology materials.
Our professional team could meet your requirement to providing a suitable solution on slitting rewinding machine.
As a professional jumbo roll slitting rewinding machine manufacturer, we have not only 20 years of experience, but also a highly educated R&D team, advanced mechanical design team, and electrical software design team.
These can ensure that our slitting rewinding machine can meet customer needs and conform to the market requirement.
At the same time, our company is also completing its own upgrading and transformation.
From the most basic paper and film roll slitting rewinding machine to the latest new energy carbon fiber and the slitting of aerospace materials, this is also a testimony of our own strength.
Currently, we can provide slitting machines for various materials.
The width of parent mother rolls can reach from 50mm to 3500mm, and the slitting width can range from 3mm to 3500mm.
There are various winding methods such as reverse winding, disc winding, and rewinding. The maximum diameter can be up to 1800mm. There are also various slitting models for you to choose from.
Many people have a misunderstanding about the slitting rewinding machine.
You think that it is to find a simple machine to cut large rolls into small rolls or rewind them into small rolls.
In fact, different material characteristics, hardness, tension requirements, and subsequent processes are different.
The requirements vary greatly.
For each different material, the material threading flowing route on the machine, the angle between the roller and the diameter of the roller, and the selection of the slitting knife are all professional technical issues.
If you are looking for a professional jumbo roll slitting rewinding machine supplier, Jota Machinery should be your best choice.
Jota slitting rewinding machine could be applied for many different materials,
such as adhesive labels, kinds of paper, film, foil, non-woven fabric, CFRP, CFRTP, FRP prepreg, etc.
For a deep discussion about Jota slitting rewinding machine, please just send us an inquiry.
Jota Machinery: Original Slitting Rewinding Machine Manufacturer in China
Jota is capable of manufacturing 30 sets of slitting rewinding machines in 1 month.
We also accept free material converting test, you just need to send some of your material to us.
we will use our Jota slitting rewinding machine test it, then show you the testing video.
Various Project
Machining Material
- Visible high-quality components.
- Famous brands such as Siemens, Yaskawa, Delta, Schneider, Mitsubishi.
- Self-supporting CNC processed sheet metal, precision parts.
- Assembly raw materials provided by long-term cooperation suppliers.
Installation and operation user manual, wire connection diagram, tension controller guide.
Installation and operation video tutorial.
One-on-one remote video call assistance.
On-site installation and operation guidance.
- Focus Factory
- Dear Customer
- Professional Team
The slitting machine is an efficient roll to roll processing technology designed for converting large rolls into narrower ones. The initial roll is referred to as the jumbo roll, while the subsequent rolls are the narrower versions.
The machine not only allows for precise width adjustments but also enables the production of fixed-length rolls.
Key components of the slitting machine include the unwinder stand, cutting blade, and rewinding section. The process begins by feeding the jumbo roll from the unwinder stand to the cutting blade, where the material is slit into various widths and then rewound onto cores of specified dimensions.
In the flexible packaging industry, end clients often require smaller rolls, making them essential for various applications.
For instance, in the cash register sector, merchants need thermal paper rolls in widths of 56mm and 80mm.
In the medical industry, healthcare providers require ultrasound paper rolls in widths of 84mm, 110mm, and 210mm, typically with fixed lengths. These critical products underscore the significant role of the slitting process.
The slitting process provides manufacturers with the necessary equipment to efficiently separate narrow rolls from jumbo rolls. This function is the primary purpose of the slitting machine.
The term “slitter” encompasses various types of equipment, including the slitting machine, slitting rewinding machine, and slitter rewinder machine.
At Jota Machinery, our slitting solutions are primarily utilized in the flexible packaging industry, mass production in paper mills, and for personal slitting applications in home settings.
The slitting machine is typically operated by a dedicated technician.
Prior to operation, our programmer inputs the core instructions into the PLC (Programmable Logic Controller).
Once the slitting machine receives the program, it can efficiently cut the jumbo roll into narrower rolls, following the processes of unwinding, traction, slitting, and rewinding.
An In-Depth Exploration of Plotter Paper and Its Manufacturing Process
Plotter paper is a specialized product designed for high-quality, large-format printing applications, particularly in industries that demand precision and clarity in printed output. These include sectors such as engineering, architecture, design, and flexible packaging.
As technology in printing and slitting processes evolves, plotter paper continues to be an essential material for producing detailed technical drawings, large-scale graphical representations, and intricate packaging templates. This article provides an in-depth understanding of plotter paper, its specifications, and the manufacturing process involved in its production.
What is a plotter paper?
Plotter paper refers to a category of paper specifically engineered for use in large-format printers and plotters. It is designed to maintain a high level of print quality over large areas, ensuring crisp, sharp lines, and high resolution, even on prints extending several meters wide.
Plotter paper is widely used for creating blueprints, architectural plans, and design layouts, as well as in the production of flexible packaging materials where precision is paramount.
In the context of flexible packaging, plotter paper serves as a critical tool for creating prototypes, mockups, and precise templates for packaging applications. Its suitability for high-definition printing, coupled with its durability, makes it indispensable for industries requiring large-format designs with intricate detail.
Key Specifications of Plotter Paper
-
Material Composition: Plotter paper is typically composed of wood pulp, recycled fibers, or synthetic materials, depending on the requirements of the printing process. It is often treated with a special coating that enhances the adhesion of inks and toners, contributing to the clarity and longevity of prints.
-
Basis Weight and Thickness: Plotter paper is available in a range of weights, typically between 80gsm and 150gsm, depending on the type of printer or plotter being used. This range provides flexibility for different types of printing tasks, from detailed technical drawings to large-format graphic prints.
-
Surface Finish: The paper’s surface finish is critical for the quality of the final print. Most plotter papers have a smooth or semi-smooth finish, which prevents smudging or bleeding of inks and toners. The smooth surface ensures that printed details, especially fine lines and text, remain sharp and legible.
-
Width and Size: Plotter paper is offered in a variety of widths to accommodate different applications. While smaller widths like 610mm (24 inches) are common for standard applications, industrial-grade plotter paper can be as wide as 2100mm, allowing for large-format prints needed in sectors such as packaging and large-scale advertising.
The Manufacturing Process of Plotter Paper
-
Pulping: The production of plotter paper begins with the pulping process, in which raw materials, such as wood chips or recycled paper, are transformed into pulp. This is typically achieved through either a mechanical or chemical process that breaks down the fibers and prepares them for papermaking.
-
Papermaking: Once the pulp is prepared, it is spread evenly over a moving screen, where the excess water is drained, and the pulp begins to bond into a sheet of paper. During this stage, manufacturers can control the paper’s thickness, density, and texture, ensuring it meets the required specifications for various printing applications.
-
Drying: After the paper is formed, it moves through a series of heated rollers that remove any remaining moisture. This drying process also helps to achieve a smooth surface, contributing to the paper’s final finish and print quality.
-
Coating: To enhance the paper’s ability to hold ink or toner, plotter paper often undergoes a coating process. This coating may consist of clay, latex, or other materials that provide a smooth surface while improving print sharpness and durability. The coating ensures that the printed images and text remain crisp and clear, even under the pressure of high-speed printing.
-
Slitting and Rewinding: After the paper has been dried and coated, it is slit into rolls of varying widths. This is achieved using specialized slitting equipment, such as slitter rewinder machines. These machines ensure that the paper is cut to precise dimensions, with minimal wastage and consistent quality. Modern machines, such as those developed by Jota Machinery, operate at high speeds (500-1000m/min) while maintaining tight tolerances. This ensures that the plotter paper rolls are suitable for use in high-speed, large-format printers and plotters.
Advantages of Plotter Paper
-
Exceptional Print Quality: The smooth finish of plotter paper allows for the production of sharp, clean lines, making it ideal for applications that demand high resolution, such as architectural drawings, detailed designs, and packaging templates.
-
Durability and Stability: Plotter paper is engineered to withstand the pressure of high-speed printing without distorting or tearing. Its durability ensures that it performs well in various applications, from technical drawings to flexible packaging designs.
-
Precision and Versatility: Available in various thicknesses and widths, plotter paper is highly versatile and can be used for a wide range of applications, including large-format printing, packaging, and graphic design. Its ability to deliver consistent results at large scales makes it an indispensable material for industries with exacting standards.
-
Eco-Friendly Options: Many modern plotter papers are manufactured with sustainability in mind, using recycled materials and eco-friendly coatings. This makes plotter paper a more environmentally responsible choice for industries aiming to reduce their environmental impact.
-
Adaptability to Different Printing Technologies: Plotter paper is compatible with a wide range of printing technologies, including inkjet, laser, and toner-based printers. This versatility ensures that it meets the diverse needs of different industries, from traditional engineering to innovative packaging solutions.
Conclusion
Plotter paper is an essential material in industries requiring high-quality, large-format prints. Its smooth surface, durability, and adaptability to various printing technologies make it the preferred choice for applications ranging from engineering drawings to flexible packaging templates.
As technology advances, modern slitting machines, such as those developed by Jota Machinery, ensure that plotter paper is produced with maximum efficiency and precision.
The combination of high-quality paper and advanced processing technology guarantees that plotter paper remains a critical resource for industries demanding accuracy, reliability, and high-definition printing.
