Brief: This video demonstrates the setup, operation, and key moments during typical use of the Grain Pattern Metal Embossing Roller. You will see how this stainless steel roller engraves precise grain patterns onto various materials, from plastic films to metal sheets, using modern CNC and laser engraving techniques. Watch as we showcase the roller's high hardness surface and rust-resistant chromium plating in action.
Related Product Features:
Crafted from high-quality alloy steel forgings for superior durability and performance.
Features CNC engraving technology for precise and consistent pattern replication.
Undergoes surface heat treatment to achieve a high hardness of HRC58-62.
Hard chromium plating and polishing prevent rusting and abrasion on the roller surface.
Can replicate customer-provided patterns with up to 98% similarity.
Supports engraving of both 2D and 3D patterns using various methods like laser and etching.
Available in multiple structures including single-layer, multi-layer screw, and Z flow designs.
Suitable for embossing on a wide range of materials including plastics, textiles, paper, leather, and metal foils.
FAQs:
What materials can the Grain Pattern Metal Embossing Roller process?
This embossing roller is designed for use on a wide variety of materials including plastic films, sheets, and plates; textiles; paper; leather; metal foils, sheets, and plates; glass; and others.
How accurately can the roller replicate a custom pattern?
The roller can replicate customer-provided patterns with a very high degree of accuracy, reaching up to 98% similarity to the original template.
What surface treatments are available to protect the embossing roller?
To ensure longevity and prevent damage, the roller surface can be treated with hard chromium plating, Teflon coating, or tungsten carbide, which effectively resist rusting and abrasion.
What engraving methods are used to create the patterns on the roller?
Patterns are applied using modern engraving techniques such as CNC engraving, laser engraving, and etching engraving, allowing for both 2D and 3D pattern designs.