End Mil&Drill Complex Re-Sharpening Machine

In the field of precision machining, the wear and tear of expensive end mills and drills will greatly increase production costs, and our End Mill & Drill Complex Re-Sharpening Machine is an intelligent regeneration system developed to solve this pain point. This revolutionary equipment integrates advanced six-axis linkage CNC control technology and intelligent visual recognition system, and can fully automatically complete the precision grinding of various tools such as 2-edge to 12-edge end mills, drills, step drills, center drills, etc., including the precise repair of complex geometric surfaces such as end edges, peripheral edges, spiral grooves, etc., so that the worn tools can be restored to more than 95% of the original cutting performance, and the tool life can be extended by 3-5 times, saving customers up to 60% of the tool procurement cost.

The End Mill & Drill Complex Re-Sharpening Machine adopts a modular design concept, equipped with a high-precision pneumatic clamping system and a nano-resolution linear motor to ensure the precise positioning and clamping of various tools from φ1mm to φ25mm. The innovative intelligent grinding system is equipped with an AI self-learning algorithm, which can automatically identify the wear status of the tool and optimize the grinding parameters. It monitors the grinding process in real time through 3D laser measurement to ensure that the end runout and radial runout of each tool are controlled within 0.01mm, and the back angle accuracy reaches ±0.2°, which fully meets the factory standards for new tools. The specially designed dust removal and cooling system of the equipment can effectively control the grinding temperature to avoid annealing or cracking of the tool material. At the same time, the built-in 2,000 tool parameter database supports one-click call, realizing the rapid production change of tools of different specifications. The average grinding time for a single tool is only 3-5 minutes, which greatly improves the production efficiency of the tool workshop.