Three major directions for the future development of CNC gantry grinders

With the use of various devices, it continues to increase. In the selection process, we need to understand its information from multiple aspects. The same applies to double column planner surface grinder. So what are the main functions, structures, and components of a double column planner surface grinder!

The overall layout of the grinding machine is a gantry style layout, with a rigid frame structure integrating the bed, columns, and crossbeams (double layered structure of the worktable). The structural design requires the precision and performance of the machine tool. It consists of a gantry frame, bed body, grinding head oil supply and transmission system, worktable transmission lubrication system, cooling system, hydraulic control system, and electrical system.

The worktable feed adopts hydraulic transmission, and the left and right feed system of the grinding head adopts high-precision ball screw quenching. Fireproof railing, high wear resistance.

3 independent hydraulic stations, stable operation and reliable performance. The cantilever button station is easy to operate, simple to operate, and has a beautiful interface

The device itself must have good advantages in order to maintain its development in the market, otherwise it will soon be eliminated by peers.double column planner surface grinder is one of them, so what are the three main directions for the future development of CNC double column planner surface grinder!

1. High precision:

Many manufacturers prioritize reducing operating time as their top priority, while others prioritize the quality of parts. With the improvement of the production process of double column planner surface grinder, newly developed machine tools can ensure very strict tolerances and special smoothness.

2 Automation:

Tool manufacturers produce new tools with high efficiency due to large quantities. But tool grinding factories do not have this condition and can only solve efficiency problems through automation. Tool trimmers do not require unmanned machine tools, but rather hope that one operator can take care of multiple machine tools to control costs.

3. Application software development

The factory now hopes that the higher the degree of automation in the grinding process, the better. Regardless of the size of the production batch, the key issue is to achieve flexibility. The Secretary General of the International Mold Association, Luo Baihui, said that the work of the Association's Tool Committee in recent years has included establishing an automatic loading and unloading system for tools and grinding wheels, making the grinding process unattended or minimized. He emphasized that the reason why software is becoming increasingly important is that the number of advanced workers who can manually grind complex tools is decreasing. In addition, manual tools are also difficult to meet the requirements of modern machine tools for cutting speed and accuracy.