Overview

This document presents a catalog of printing patterns for Easter eggs offered by TerraEaster, a brand of Terra Group. The patterns are categorized by their design type (2D or 3D) and are identified by specific codes (e.g., N01, N09, etc.).

Main Sections

Pattern Identification and Classification

The document lists multiple pattern codes grouped in sets, each associated with either 2D or 3D printing capabilities. Some patterns are exclusively 2D, while others support both 2D and 3D printing.

Printing Pattern Types

• 2D Patterns: Many patterns are labeled as "ONLY 2D," indicating they are designed solely for two-dimensional printing on eggs.
• 3D Patterns: Certain patterns support three-dimensional printing, offering more depth and texture.
• Mixed Patterns: Some patterns are available in both 2D and 3D versions, providing flexibility in design options.

Pattern Codes and Groupings

The patterns are organized in numerical sequences (e.g., N01 to N12, N13 to N24, etc.), each group accompanied by the printing type designation. This systematic coding facilitates easy reference and selection.

Printing Specifications

The document mentions specific egg printing sizes and types, such as:

• Egg 2D 120
• Egg 3D 100
• Egg 3D 120
• Egg 3D 80
• Egg 3D 60
• Egg 2D 100

These numbers likely refer to dimensions or resolution parameters relevant to the printing process.

Critical Information and Recommendations

• Design Selection: Users should select patterns based on the printing technology available (2D or 3D) and the desired visual effect.
• Compatibility: Not all patterns are compatible with 3D printing; attention must be paid to the "ONLY 2D" labels to avoid printing errors.
• Pattern Codes: Use the provided pattern codes for ordering or referencing specific designs.

Summary

This document serves as a structured catalog of Easter egg printing patterns by TerraEaster, detailing the available designs, their printing formats (2D or 3D), and size specifications. It is intended to guide users in selecting appropriate patterns compatible with their printing capabilities.