DMK DY-600 UV Industrial 3D Printer

Product Description

The DY-600 is a high-performance industrial 3D printer designed for precision, reliability, and efficiency. It excels in applications such as tactile models, industrial design, and mold manufacturing, offering seamless integration into small-batch production workflows. Equipped with advanced laser technology and a robust modular design, the DY-600 ensures stable, high-quality outputs for complex structural components and rapid prototyping.

Key Advantages

• Precision & Speed: Achieves an accuracy of ±0.05mm (for parts ≤100mm) and operates at a scanning speed of 8–18 m/s, ensuring fast and reliable production.

• Large Build Volume: A spacious 600mm (X) × 600mm (Y) × 400mm (Z) platform accommodates large-scale or multiple small parts in a single print.

• Industrial-Grade Stability: Features water-cooled laser technology for 80+ hours of continuous operation, ideal for demanding manufacturing environments.

• User-Friendly Design: Simplified interface and modular structure streamline setup, maintenance, and operation.

• Material Versatility: Compatible with a wide range of industrial-grade materials, including high-toughness resins, transparent polymers, and heat-resistant composites.

Technical Parameters

Applications

• Industrial Design: Rapid prototyping of complex assemblies and functional parts.

• Mold Manufacturing: High-precision molds for automotive, electronics, and consumer goods.

• Tactile Models: Detailed architectural models, ergonomic prototypes, and artistic creations.

• Small-Batch Production: Efficiently produce limited runs of customized components.

• R&D Testing: Accelerate product development with reliable, repeatable results.

Material Compatibility:

• High-toughness resins (similar to ABS)

• Transparent polymers (acrylic-like performance)

• Heat-resistant composites

• Flexible and elastic materials for functional parts

Why Choose DY-600?
The DY-600 combines cutting-edge laser 3D printing technology with industrial durability, making it the ideal solution for businesses seeking to enhance manufacturing efficiency, reduce prototyping costs, and achieve precision at scale