AMO AMA33D-UVDTF 3D Label Printer

The core printing process of the TPU 3D label printer integrates multiple technologies to achieve high-precision, durable 3D labeling. The specific process is as follows:

1. UV Ink Printing: A Blend of 3D Tactile Effect and Color

Technical Principle: A three-dimensional pattern is formed on the TPU film surface by stacking multiple layers of UV ink, precisely positioning them, and curing them layer by layer. UV ink cures instantly under ultraviolet light, creating a hard surface while retaining the elastic tactile feel of the TPU material.

Process Advantages:

Strong 3D Effect: Raised or recessed textures can be created for a striking visual impact.

Rich Colors: Supports single-color, multi-color, and metallic printing to meet diverse design needs.

Clear Details: Accurately reproduces even the finest lines and text in the design, making it suitable for complex labeling.

High Durability: TPU is abrasion-resistant, waterproof, and UV-resistant, ensuring long-lasting labeling.

Applications: Applications: Clothing labels, shoe tongue labels, sports equipment labels, and other applications requiring a balance between aesthetics and practicality.

2. White Ink Deposition Printing: High-Precision 3D Texture

Technical Principle: High-precision white ink deposition technology is used to create a 3D, undulating structure on TPU film. Layers of white ink are superimposed to enhance the layering and tactile feedback of the pattern.

Process Advantages:

Strong Tactility: The 3D logo or pattern has a distinct convex and concave feel, enhancing the product's texture.

Strong Visual Impact: The white ink creates a sharp contrast with the TPU base color, enhancing logo recognition.

High Precision: Micron-level deposition is possible, making it suitable for fine-grained logos.

Applications: High-end apparel, luggage accessories, electronic product logos, and other applications requiring a strong brand identity.

3. High-Frequency Thermal Transfer: Customizable Thickness and Edge Effects

Technical Principle: High-frequency technology is used to laminate TPU film, hot-melt film, and positioning film, and then heat-press to create badges or logos. Badge thickness (0.5-1mm), size (1-4 inches), and edge effects (rounded with texture, convex, or sharp edges) can be customized. Process Advantages:

High Flexibility: Supports small-batch customization to meet personalized needs.

Detailed Edge Finishing: Enables complex edge designs, enhancing the aesthetics of logos.

Strong Adhesion: Hot-melt film ensures a secure bond between the logo and substrate, and is washable and abrasion-resistant.

Applications: Team badges, event logos, branded merchandise, and other customized applications requiring fast delivery.

4. 3D Printing Technology: Integrated Molding of Complex Structures

Technical Principle:

SLS Process: Laser sintering of TPU powder, layer-by-layer, forms a three-dimensional structure. Suitable for logos with internal cutouts or complex geometric shapes.

FDM Process: Utilizing fused deposition modeling, TPU filament is extruded along a pre-set path, building the logo model layer by layer. This approach offers lower costs but limited accuracy.

UV-curing Process: UV-curing liquid TPU resin achieves high-precision surface details, but material costs are higher.

Process Advantages:

High Structural Freedom: Prints complex internal structures difficult to achieve using traditional processes.

High Material Utilization: The SLS process supports powder recycling, reducing waste. Rapid prototyping: Suitable for design verification and small-batch trial production.

Applications: Automotive interior logos, medical device labels, industrial equipment labels, and other areas requiring high-precision, complex structures.