As today's mold manufacturing industry becomes more competitive, factories should operate more briskly than harder. Following the same idea, if the factory is running lighter, so is their software. There are a lot of features in CAD/CAM that make it easier for programmers to work and make the plant run more efficiently without too much change or effort.
The two main areas of a software package that make the factory run lighter are the software interactivity and the actual toolpath built into the software. When looking for CAD/CAM software, you should find out as much about how good the software is, how flexible and customizable it is, what type of toolpath is suitable, how fast it is calculated, and so on.
After finding out this information, you should be able to choose the right CAD/CAM software for your factory and your style, making the work lighter and harder.
interface
A suitable interface can turn ordinary software into intelligent software. By providing an interface that minimizes user interactivity, software can be made easier to use and becomes more intuitive. Look for a package that makes sense for the layout of your interface, and can be customized to your work habits. For example, look for an interface that can be customized to the way you want to work—an icon that speeds up your work and a familiar drop-down menu that helps. You should be able to arrange these icons to make the most sense for you and your work - in fact you should be sure that everyone in the factory can load their own custom settings on the computer.
The interface should be customizable to the task settings and allow you to save those settings, so when you get another task you can open the previously programmed settings and apply them to all future tasks - saving time and money. You should be able to customize the interface for a specific task - and your software will only show you what features are needed for that particular task, and then save those settings for future work. You should also look for an interface that will maximize the workspace - with an interface that adjusts to the type of work you are doing, meaning that the software will only display icons related to the current processing. And since you have complete control over the icons displayed, you will be able to start setting up a workspace that is tailored to the specific tasks you and your hands have.
A smart strip toolbar is another feature that makes your task easier, and at the same time makes you more efficient. A "smart" long toolbar is similar to the Windows toolbar, and gives you access to critical tools as soon as you need them. The long toolbar maximizes your workspace by activating it only when you need it.
When you're at work, the smart strip toolbar monitors what you're doing and displays only the icons you need. This gives you quick access to the right tools for each task you are working on.
Programming tool (woodworking engraving machine)
If you have intelligent programming tools, you can significantly improve efficiency. High-speed machining, hybrid reprocessing, automatic critical path recognition, and feed optimization are all examples of how intelligent programming tools make it easier for programmers to work every day and make them more efficient.
High-speed machining combines high feed rates with high spindle speeds, specific tools and specific tool movement for faster turnaround and excellent surface finish. The goal of most high-speed paths is to move smoothly at very small sharp corners for fast, small depth of cut. High speed machining for faster turnaround and better surface finish. Keeping the tool in contact with the material for a longer period of time and allowing the use of down-cutting is another advantage offered by the high-speed tool path. Even if you don't have a real high-speed machine, using these HSM technologies can dramatically increase your production.
Hybrid reprocessing is an intelligent tool path that changes the cutting strategy as it is cutting parts. For example, it may be cut on a straight wall with a smooth contour movement, and the wood engraving machine changes to parallel movement in order to remove material from the planar area. The power of this tool path is that it determines when and how to change the cutting strategy to get the best surface finish.
Automatic identification of critical paths is another clever feature that saves programming time and achieves better surface finish. This technique automatically determines any level in the multi-surface tool path and ensures that they are machined even if they are between pre-set contour cuts.
This type of simple intelligence can even be extended to simple hole drilling. Efficient, intelligent software enables automatic programming of the openings, so your tool cuts cleanly into the material.
All machines have their own maximum efficiency area and will be able to operate as fast as possible without damaging itself or parts. Feed optimization is designed to help the user find that area. With feed optimization, programmers can cut their machining time and extend tool and machine life.
You should consider the feed optimization, which automatically adjusts the NC program to make it run faster and more efficiently, and reduces the processing tempo by changing the feed volume depending on the volume from which the material is removed. The more the material, the lower the feed rate; the less the material, the higher the feed. This allows the machine to operate at a continuous optimum feed rate and maintain a more consistent chip load on the tool for faster machining and more efficient use of the tool.
Optimized machining minimizes sharp direction changes that can cause servo lag, tool bending, poor surface roughness, and unnecessary tool wear. It adjusts the rate at the corners and small arcs, and it reduces the feed when the tool approaches the corner, and it gradually increases the feed rate for smoother cuts and cuts as the tool leaves the corner. benefit.
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