Exapro, a leading marketplace for used industrial machinery, offers a curated selection of calenders for textile printing, blending innovation with cost-effectiveness. Originating from esteemed manufacturers like Kusters, Andritz, and Ramisch, these machines promise precision, high-quality printing, and durability. With prices ranging from €20,000 to €150,000, Exapro caters to businesses of varying scales, ensuring a balance between affordability and quality.

Calenders are essential in the textile industry for finishing fabrics and enhancing their appearance by providing a smooth, glossy surface. These machines are ideal for various applications, including fabric finishing, coating, and lamination, ensuring consistent and high-quality results.

On Exapro, alongside competitive pricing, professionals can evaluate essential machine parameters, ensuring they make an informed purchase tailored to their needs. Explore Exapro's collection and enhance your textile production capabilities with reliable and efficient calenders.







Used Monti Antonio 99 Calender

Year: 2020

Working width 2000 mm

Transmatic GFO 6126 Calender

Year: 2019

Working width 3200 mm


Monti Antonio 98-4 Calender

Year: 2012

Working width 1800 mm

Monti Antonio 75 CFE Sublimation Machine Low working hours

Year: 2018

compressed air connection: 5 bar input voltage: 360 V total width: 1,650 mm machine as new

Transmatic 7460 Calender

Year: 2019

Working width 1600 mm

Monti Antonio 93-200 Calender

Year: 2009

Working width 1850 mm

Monti Antonio 91-3600 Calender

Year: 2017

Working width 3600 mm

Kleverik Calender GTC 81/1850

Year: 2009

Working width 1800 mm


Monti Antonio 853 Calender

Year: 2017

The calendar has the so-called supply - i.e. upper tensioner for elastic materials. The attached photos provide information about its progress, the device was used for private purposes promoting its own brand. Calender for thermal transfer on sheet and roll materials. The innovative and versatile calender from the Italian manufacturer Monti Antonio Mod 853 with a front table is a …

Tural 180 cm calender

Year: ~ 2020

Working width 1800 mm

MONTI ANTONIO 902 Calender

Year: 2000

Working width 2000 mm

Prometr LW94 Heat Press

Year: 2019

Heat Press dimension of adhesive plate: 1400 x 900 mm type of pressure: pneumatic pressure: 0-0,3 bar bonding time: 0.1-250 s heating power: 9kW power supply: 400/230, 50 Hz weight: 900 kg


Understanding Calender Machines in the Exapro Textile Machinery Marketplace

At Exapro, we connect professionals with top-tier industrial machinery solutions. Within our extensive offerings, the category of Textile Machines includes essential equipment such as Calender Machines for printing. Let’s explore what these machines entail, their importance, and why Exapro is the ideal marketplace for buying or selling them.

What are Calender Machines?

Calender machines are essential in the textile industry for processing fabrics through rollers to smooth, finish, or apply patterns. They are primarily used to enhance the surface properties of fabrics, giving them a polished, glossy finish, or embossing patterns. Calendering is a crucial step in textile finishing and printing, ensuring that fabrics meet the desired quality and aesthetic standards.

Types of Calender Machines

  1. Simplex Calenders: Single-stack calenders used for basic smoothing and finishing tasks.
  2. Duplex Calenders: Double-stack calenders that offer more advanced finishing capabilities and greater control over fabric properties.
  3. Embossing Calenders: Equipped with engraved rollers to emboss patterns or textures onto fabrics.
  4. Friction Calenders: Use differential speed between rollers to polish and give fabrics a high-gloss finish.
  5. Schreinering Calenders: Provide a high degree of luster and smoothness, often used for high-quality fabrics.

The Exapro Advantage: Buying & Selling Calender Machines

Navigating the world of used industrial machinery can be complex, but Exapro simplifies the process. For those looking to purchase, the key benefits are manifold.

Cost-Effectiveness

Acquiring new calender machines can be a significant financial commitment, especially for small businesses or start-ups. Through Exapro, professionals can obtain these machines at a fraction of the cost of new ones, ensuring exceptional value for money. On our platform, the price range for used calender machines typically lies between €5,000 and €150,000, reflecting the variety available in terms of age, brand, wear and tear, and additional features.

Quality Assurance

At Exapro, every listing undergoes a thorough evaluation process to ensure each piece of equipment is in excellent working condition and ready for its next operational chapter. This rigorous vetting process guarantees that even used machinery meets high standards of quality and reliability.

Market Reach

Calender machines are crucial for efficient and high-quality textile processing. Whether you're looking to invest in one or sell it, Exapro offers a platform that ensures convenience, reliability, and value. Embark on the future of textile manufacturing with Exapro – where tradition meets innovation.

Main Advantages of Calender Machines

Calender machines are indispensable in the textile industry due to their numerous benefits. Here are the main advantages:

High Precision

These machines ensure precise finishing and patterning of fabrics, which is essential for achieving high-quality and aesthetically pleasing products.

Increased Efficiency

Automated calender machines significantly increase production speed, allowing for high-volume output with minimal manual intervention. This efficiency translates to higher productivity and reduced labor costs.

Consistent Quality

Modern calender machines provide uniform and consistent results, reducing variability and ensuring high-quality outcomes.

Versatility

These machines can handle various fabric types and finishes, making them valuable assets across different textile sectors.

Enhanced Fabric Properties

Calendering improves the surface smoothness, gloss, and handle of fabrics, enhancing their overall quality and market value.

Main Machine Parameters of Calender Machines

When evaluating or understanding calender machines, several key parameters are considered to ensure they meet specific requirements. Here are the main machine parameters:

Roller Diameter

The diameter of the rollers, which affects the machine's ability to handle different fabric types and thicknesses.

Roller Material

The material of the rollers (e.g., steel, rubber) determines the type of finish and embossing capabilities of the machine.

Roller Speed

The speed at which the rollers operate, influencing production rates and the quality of the finished fabric.

Pressure

The pressure applied between the rollers, which impacts the degree of smoothing, gloss, and patterning of the fabric.

Heating System

The type and efficiency of the heating system, which is crucial for processes like thermal bonding and finishing.

Control System

The type of control system used (manual, semi-automatic, or fully automatic), affecting ease of use, precision, and operational efficiency.

Fabric Width

The maximum width of the fabric that the machine can process, determining its suitability for different textile applications.

Area of Use of Calender Machines

Calender machines, given their versatility and capacity for high-quality textile processing, find application in a multitude of areas. Here’s a rundown of the primary areas of use:

Apparel Industry

Used for finishing fabrics intended for clothing, ensuring a smooth, glossy appearance and enhancing fabric quality.

Home Textiles

Applied in the production of home textiles such as bed linens, curtains, and upholstery fabrics, providing a high-quality finish.

Technical Textiles

Essential for processing technical textiles used in automotive, medical, and industrial applications, where precise finishing is crucial.

Packaging

Used for producing packaging materials with specific surface properties, such as gloss and smoothness.

Printing

Applied in textile printing processes to prepare fabrics for printing and to finish printed fabrics, ensuring vibrant colors and sharp patterns.

Manufacturers of Calender Machines

Several renowned manufacturers in the textile machinery industry are known for their quality and innovation. Here are some prominent manufacturers of calender machines:

Andritz Küsters

A leading provider of calendering and finishing technology, Andritz Küsters offers advanced solutions known for their precision and reliability.

Ramisch Guarneri

Renowned for their high-quality calender machines, Ramisch Guarneri provides efficient and versatile equipment for various textile applications.

Santex Rimar Group

Specializes in textile finishing systems, offering robust and precise calender machines designed for high-performance textile processing.

DiloGroup

Known for their comprehensive range of textile machinery, DiloGroup provides reliable calender machines for the textile industry.

Thies

Offers advanced textile finishing technology, providing high-quality calender machines designed for precision and efficiency.

Lafer

Specializes in finishing machinery, offering versatile and efficient calender machines suitable for different textile production environments.

When considering a purchase or researching calender machines, it's essential to look into these manufacturers' specific models, reviews, and after-sales service. Each brand has its strengths, specialties, and technological innovations that cater to different textile processing requirements.

Conclusion

Calender machines are invaluable assets in the textile industry, offering high-quality, cost-effective, and efficient solutions for finishing and patterning fabrics. Whether for apparel, home textiles, technical textiles, or packaging, these machines ensure superior product quality and compliance with industry standards. With the support of Exapro, acquiring or selling calender machines becomes a straightforward and reliable process, allowing businesses to focus on what they do best – producing exceptional textiles.