UV 3D printer, Epson i3200-U1HD head, 3600 dpi, 3D silicone texture, 600mm width.
Advanced 3D Layered Texture and Silicone Effects
The LF-740C(HD) is built for high-impact branding, delivering raised silicone printing that provides high-tactile logos with lasting elasticity. Its 3D layered structure creates significant visual and physical depth, resulting in a premium surface that is soft to the touch yet robust enough to maintain flexible toughness under stress.
Ultra-High Precision with 3600 dpi Resolution
Utilizing the latest Epson i3200-U1HD print head and MEMS technology with a compact nozzle arrangement, this printer reaches an incredible 3600 dpi accuracy. Combined with VSDT (Variable Drop Size Control), it ensures flawlessly smooth color transitions and captures the most minute details for professional-quality output on 3D films.
Multi-Layer Curing for Defined Structures
Achieve perfectly sharp edges and uniform height in every print. The LF-740C(HD) features advanced multi-layer curing control, allowing for precise layer stacking and controlled curing times. This technology ensures that complex 3D structures remain clearly defined and consistent across large production runs.
Industrial-Scale Versatility (3-in-1)
This machine is a multi-functional asset for any production floor, handling three distinct high-value applications: UV 3D labels, imitation embroidery effects, and cold film applications. With a print width of <600mm, it bridges the gap between specialized sampling and mass industrial production.
Optimized for Continuous Operation
Designed for stability, the LF-740C(HD) features a water-cooling circulation system to maintain optimal temperatures during long shifts. It also includes an integrated white ink circulation and stirring system to prevent sedimentation, alongside an automatic inductive winding function for seamless media handling.
Supported by Leaf Morocco
Leaf Morocco provides expert installation, operator training, and ongoing technical support to ensure your LF-740C(HD) runs reliably and efficiently throughout its lifecycle.

