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DLyte GPAINNOVA

ADDITIVE MANUFACTURING

Trovaci a MECSPE 2026

Padiglione
36
Stand
A64
DLyte 10PRO
Vantaggi del prodotto:

-Advanced metal surface finishing system designed for medium manufacturing volumes

-Combines planetary movement with vertical back-and-forth motion for optimized finishing

-Compatible with a wide range of metals: hard metals, steel, cobalt-chrome, titanium, copper-based, nickel-based, and aluminum alloys

-PLC-based electronics allow precise control of asymmetric pulses for versatile material processing

-Customizable frequencies and parameter concatenation for specialized finishing requirements

-Ensures exceptional uniformity across all parts in the batch

-Precise control of holder rotation speed and direction for consistent surface quality

-Ideal for companies seeking high-quality, repeatable finishing without large-scale automation

Settori di applicazione:

-Medium-volume manufacturing industries

-Cutting tools and carbide components

-Medical device and dental equipment production

-Aerospace and automotive precision parts

-Industrial machinery components requiring uniform finishing

-Metal parts made from a wide variety of alloys

DLyte 10PRO is an advanced metal surface finishing system powered by DryLyte technology, designed for companies with medium manufacturing volumes. This innovative machine combines planetary movement with a vertical back-and-forth motion inside a drum filled with electrolyte media, optimizing the finishing process.

Engineered for versatility, DLyte 10PRO is compatible with hard metals, steel, cobalt-chrome, titanium, copper-based, nickel-based, and aluminum alloys. Its PLC-based electronics provide precise control of asymmetric pulses, which is essential for processing carbides and a wide range of materials, with customizable frequencies and parameter concatenation.
Additionally, the system ensures exceptional uniformity by allowing precise control of holder rotation speed and direction, ensuring that every piece within the batch receives consistent treatment.