Our Rotogravure Printing Rollers offer remarkable customization in both size and engraving style, accommodating a variety of printing needs for plastic films, paper, and flexible packaging. Choose between chrome-plated steel or copper cores and select from mechanical or laser engraving options, ensuring perfect compatibility with your printing press and desired print effect.
Superior Performance and Durability
Engineered for industrial use, these rollers provide dynamic balancing and mirror polishing for optimal speed (up to 350 m/min) and print clarity. Their robust corrosion-resistant construction and finely engraved cell structures guarantee long-lasting performance, high output, and precision print quality, helping businesses meet stringent demands.
FAQs of Rotogravure Printing Roller:
Q: How are Rotogravure Printing Rollers manufactured to achieve high precision?
A: Rotogravure Printing Rollers are manufactured from chrome-plated steel or copper, then mirror polished. Engraving is carried out using mechanical or laser processes to create precise hexagonal or square cells, maintaining dimensional tolerances up to 0.01 mm for excellent print accuracy.
Q: What materials can these rollers print on?
A: These rollers are optimized for gravure printing on a wide range of substrates including plastic films, paper, and other flexible packaging materials, making them suitable for various industrial and commercial applications.
Q: When should I choose a hollow core versus a solid core roller?
A: Choose a hollow core for lighter weight and easier handling, especially in high-speed applications, while solid cores provide added rigidity and stability for demanding print runs or when extra strength is required.
Q: Where are these rollers typically used?
A: Rotogravure Printing Rollers are primarily utilized in industrial printing presses across packaging, labeling, and flexible material manufacturing industries, commonly found in large-scale production environments.
Q: What is the process of cell engraving on these rollers?
A: Cell engraving is performed via advanced mechanical or laser techniques, forming hexagonal or square cell structures to hold and transfer ink uniformly to the substrate, allowing for consistent and sharp image reproduction.
Q: How does the dynamic balance of the roller benefit the printing process?
A: Dynamic balancing of the rollers reduces vibration at high printing speeds, minimizes wear, and ensures high print quality by maintaining uniform contact across the substrate, supporting consistent and reliable output.
Used for gravure printing on plastic films, paper, and flexible packaging materials
600 mm to 3000 mm (customizable)
Dynamically balanced
Hexagonal or square
Mirror polished
Industrial printing presses
1 piece
Mechanical/laser engraved cells
Up to 350 m/min
रोटोग्राव्योर प्रिंटिंग रोलर उत्पाद की विशेषताएं
Cylindrical Roller
Metallic Silver
Approx. 10-25 kg (varies with size)
N/A (Typically metallic surface used for rotogravure)
Chrome plated steel or copper
80 mm to 300 mm (customizable)
Up to 0.01 mm
Hollow or Solid
Used for gravure printing on plastic films, paper, and flexible packaging materials
600 mm to 3000 mm (customizable)
Dynamically balanced
Hexagonal or square
Mirror polished
Industrial printing presses
1 piece
Mechanical/laser engraved cells
Up to 350 m/min
रोटोग्राव्योर प्रिंटिंग रोलर व्यापार सूचना
5000 प्रति महीने
3 हफ़्ता
उत्पाद वर्णन
अनार रब टेक प्राइवेट लिमिटेड में। लिमिटेड नवीनतम तकनीक का उपयोग विभिन्न प्रकार के पॉलीयुरेथेन कवरिंग के लिए करता है। 6 मीटर लंबाई और 2 मीटर व्यास तक के रोलर्स। इस विधि को रोटेशनल कास्टिंग या रिबन फ्लो मोल्डिंग कहा जाता है। न्यूनतम समय में सर्वोत्तम सतह गुणवत्ता के साथ कवर्ड रोलर्स का उत्पादन संभव है। धातु कोर या केवल अस्तर के साथ किसी भी आकार के रोलर्स या रोल का निर्माण ग्राहकों की आवश्यकताओं के अनुसार किया जा सकता है।
विस्तृत विवरण:
विभिन्न प्रकार के रबर रोलर जो हम पेश करते हैं उनमें फ्लेक्सो रोलर, ऑफसेट प्रिंटिंग रोलर, टेक्सटाइल, प्लास्टिक, फिल्म, ग्रेव्योर प्रिंटिंग रोलर, टिन प्रिंटिंग रोलर, पेपर, प्लाईवुड और फ़ॉइल शामिल हैं। इसका उपयोग मुख्य रूप से लोहा और इस्पात उद्योग, कागज बनाने वाले उद्योग, कपड़ा और अन्य में किया जाता है।