What Aspects Should Be Considered Regarding the CNC System and Automation Configuration of a CNC Milling and Boring Machine?
With????? the purchase of horizontal floor boring machines, the CNC system doesn't just mean "whether it is CNC". What matters the most when processing a big workpiece is the capability of the control system to match the real-time fabrication process, coordination of the position feedback and transmission system, etc., as well as automation feature that prevents a machine operator's work to be repeated. Such features finally determine if the machine is indeed suitable for long-term ?????production.
The CNC System Must First See Whether It Can Match the Processing Technology.
Large workpieces involve multiple processing tasks such as boring, milling, and drilling. When purchasing, it is necessary to confirm that the CNC system can support the actual shaft movements, coordinate control, and machining procedures.
For example, if the workpiece has multiple machining surfaces, the buyer needs to confirm in advance whether the motion axis configuration, coordinate conversion method and corresponding machining program of the machine tool can meet the requirements. For processes that may be added in the future, it should also be understood whether the CNC system has corresponding expansion space.
DALIAN WAJI CNC MACHINE CO., LTD's CNC milling and boring machine combines functions such as milling, boring, and drilling, and uses transmission components such as high-precision ball screws and linear guides to enable moving parts such as moving columns and headstocks to be positioned according to CNC instructions.
Automation Configuration Should Focus on "Reducing Manual Operations" Options.
Automation of large CNC milling and boring machines does not necessarily mean completely unmanned production. When purchasing, we should pay more attention to which links can reduce repetitive manual operations through equipment configuration. For workpieces that require different processing directions, the auxiliary rotary table can be considered based on the actual process; for special processing areas, the corresponding processing head or functional parts can be selected according to the structure of the workpiece.
Our T69 series adopts a modular design that allows X, Y, and Z-axis strokes to be determined based on customer workpieces, and configurations such as special processing heads and auxiliary rotary tables can be discussed based on specific processing tasks. The focus of this is not to increase the number of configurations, but to match the equipment functions with the actual process.
Don't Ignore the Ease of Maintenance of the Electrical System.
Large equipment has a long service life, and post-maintenance is also part of the procurement cost.
Therefore, in addition to paying attention to the CNC operating interface and automation functions, you should also understand whether key components such as electrical and pneumatic are easy to maintain. The key electrical and pneumatic components of this series of equipment from DALIAN WAJI adopt a standardized and easy-to-maintain cabinet layout that facilitates inspection and maintenance by subsequent technicians.
It Is Best to Let the Supplier Configure the Artifact According to the Recommendation Before Purchasing.
CNC systems and automation configurations ultimately have to return to specific workpieces. DALIAN WAJI was established in 2003. Over the past 20 years, it has accumulated machine tool manufacturing technology and talents, and established a system that combines R & D, manufacturing and sales; our company also emphasizes the development of modular and multi-functional products based on user needs.
For large-scale CNC milling and boring machines, buyers may wish to directly provide the workpiece drawings, size, weight, main machining surface, aperture, processing process and production rhythm when making an inquiry. We can recommend CNC systems, shaft travel, auxiliary workbench and other automation configurations based on actual processing conditions.
