DLyte GPAINNOVA
ADDITIVE MANUFACTURING
Trovaci a MECSPE 2026
36
A64
DLyte Multiprocess
Livello di innovazione:
Vantaggi del prodotto:
-Advanced industrial system utilizing dry electropolishing for high-precision metal finishing
-Integrates multiple processes: cleaning, rinsing (oil-based and aqueous-based), vapor treatment, and drying
-Matrix cell transports DLyte PRO500 core through all process stages automatically, eliminating human intervention
-Supports one or two DLyte PRO500 units for simultaneous multi-process operation
-Flexible tank configurations, with up to five working tanks
-Optional robotic automatic loading system for fully autonomous operation
-Intelligent intermediate storage unit accommodates up to eight cycles, increasing operational autonomy
-Streamlines high-volume production with minimal manual handling
-Ensures consistent, high-quality finishing across complex workflows
Settori di applicazione:
-Large-scale industrial manufacturing
-Automotive and aerospace precision components
-Cutting tools and high-value metal parts
-Medical device production
-Industries requiring fully automated, multi-step surface finishing
-Facilities focused on process consistency, traceability, and high throughput
DLyte Multiprocess is an advanced industrial system that utilizes dry electropolishing technology to achieve a high level of precision in metal polishing. The installation is designed to integrate cleaning, rinsing (both oil-based and aqueous-based), vapor treatment, and drying processes. A matrix cell transports the DLyte PRO500 core through all process stages without human intervention.
DLyte Multiprocess offers a wide range of configurations, supporting one or two DLyte PRO500 cores to perform multiple processes simultaneously. It also features various working tank configurations, with up to five tanks. Additionally, the system can incorporate a robotic automatic loading system, which integrates an autonomous, intelligent intermediate storage unit with a capacity of up to eight cycles, enhancing operational autonomy.