Abrasive Flow Deburring Machine KDL-162

Abrasive Flow Deburring Machine: An Innovative Solution for Finishing Complex Internal Surfaces

Abrasive flow deburring machines are cutting-edge equipment that solves the challenges of finishing complex internal surfaces. Leveraging unique fluid dynamics, they achieve processing results unmatched by traditional processes, making them a core piece of equipment in the precision manufacturing industry.

Wide Applications
This equipment plays a key role in aerospace, automotive, medical device, and other fields. Whether it's the micropores of engine injectors, the internal flow channels of medical devices, or the cross-holes in hydraulic valve bodies, abrasive flow technology enables flawless machining. It's particularly well-suited for processing complex three-dimensional structures difficult to reach with traditional tools, providing reliable support for the manufacture of high-precision components.

Excellent Process Features
Adopting the "soft over hard" machining concept, abrasive flow technology offers three key advantages: First, seamless machining: the viscous abrasive can reach any area accessible to fluid; second, consistent and uniform results, enabling precise micro-cutting; and third, safe and reliable, without thermal damage or mechanical stress, maintaining the integrity of the workpiece substrate.

Advanced Working Principle
The core of abrasive flow technology lies in the reciprocating flow of a special abrasive medium. Under precise control, abrasive flows over the workpiece's inner surface, creating continuous micro-cutting effects from millions of abrasive particles, achieving deburring, polishing, and chamfering. The entire process is parameterized to ensure consistent and repeatable results.

Abrasive flow deburring machines, with their unique technological advantages, are redefining the standards of precision manufacturing and providing key technical support for improving product quality.

Product Parameters

Abrasive Flow Deburring Machine KDL-162 Images