How to solve the problems encountered by CNC drilling control

1. How many axes does the CNC drilling and tapping machine have?

Since the number of axes or modules depends on the respective requirements, it is also difficult to make a general statement here. There is a fundamental difference between a feed axis and a machine axis. The stronger the control force, the more CNC drilling machine axes. For example, 5-6 axis CNC systems are very common in industrial milling.

2. What types of controls are there?

CNC drilling and tapping machine is controlled by computer and directly integrated. Its orientation, state sensors and rotation can compare the actual state with the target state, intervene directly in the control system through the program, and optimize it if necessary. Point-by-point manipulation, pathway manipulation, and pathway manipulation are further differentiated.

3. What is point manipulation?

The end of the movement is determined by point control or point-to-point control, and the CNC drilling rig approaches the end at the fastest speed. The speed of movement cannot be affected by its own motion; the drive components run as fast as possible.

4. What is the average machine tool productivity of the CNC drilling and tapping machine?

Average mechanical output depends on the use and type of engine. The spindle motor moves about 0.2m per second. The spindle motor is generally sufficient to achieve the processing capacity of the CNC drill.

5. What is the control loop of the CNC machine tool?

Closed-loop control is the fundamental premise of CNC drilling and tapping machine power testing, that is, the actual state is compared with the target state through the servo controller. If the control circuit is not closed, the computer will not receive feedback; possible errors from the target state are not detected. Today, almost all CNC drilling and tapping machines used in complex industrial processes have a closed control loop.

Drilling machine features

6. What is hazard analysis?

The manufacture of CNC systems must meet special safety requirements. These specifications are defined by the EU Directive (specifically the Machinery Directive for Mechanical Engineering) (2006/42/EG) and vary depending on the application and type of machine. To see the criteria, a hazard assessment was carried out during construction. In the risk assessment, the risk analysis and risk assessment of all damages should be carried out first. Then assess the danger. The resulting constructive, manipulative skills or instructional measures will enter the construction and production process.

7. What is zero offset?

Zero offset enables the use of milling or drilling patterns multiple times in one device. So z. Zero offset enables the use of milling or drilling patterns multiple times in one device. The zero point error makes the production process more efficient, which in turn increases the output value of the machine tool.

8. What is the working accuracy of the CNC drilling and tapping machine?

The most important measurements of a CNC system are positioning and repeatability. These are generally measured by incremental encoders, the positioning accuracy of the multi-meter mechanical CNC drill is ≤, and the repeatability is ≤.

9. What is the energy consumption of CNC milling machines and CNC drilling tools?

Energy consumption has always depended on machine size and usage. Important parameters for optimizing energy consumption include: machines of suitable size, performance and automation level, opening and closing auxiliary drives on demand, cost optimization parameters for axis parameters (acceleration and deceleration), automatic closing when not in use and optimized cost programming.

10. How to program the CNC drilling and tapping machine?

The CNC machine tool is programmed with modern CAD/CAM system, which can be programmed directly on the machine tool, or can be programmed according to the instructions. The most modern and efficient method is through CAD/CAM programming.

11. Is there a CNC system with a camera?

Basically the camera is not part of the basic equipment of the CNC rig, but it can be implemented when necessary. However, some industrial applications require vision systems to monitor process processing so that CNC rigs are equipped with cameras during the manufacturing process.