Desktop education CNC mainly refers to the use of desktop CNC machine tools for teaching and training in the field of education. This device combines numerical control technology and miniaturization design, making the learning and application of numerical control technology more convenient and economical.

The main features of desktop educational CNC include:

Miniaturization: Machine tools are small in size, light in weight, and easy to move and arrange in classrooms or laboratories.

Low cost: Compared to traditional large CNC machine tools, desktop educational CNC machines are more affordable and help reduce education costs.

Easy to operate: Adopting a digital control system, the operation is relatively simple and easy to understand, reducing the threshold for use.

Good teaching effect: It is convenient for teachers to demonstrate and guide, and students can quickly master the basic skills of CNC programming and machine tool operation.

XENDOLL small CNC lathe, model: C59

1. This machine comes standard with an industrial grade CNC system, ball screw, small size, high precision, stable performance, and high cost-effectiveness. Servo positioning control, fast and accurate positioning, four station electric tool holder can achieve complex workpiece processing, making it an ideal choice for small part processing. Can be configured with front or rear mounted pneumatic chucks and automatic feeding devices. Automation transformation can be configured according to Industry 4.0. Multiple machines can be centrally managed and monitored, with multiple communication methods for data exchange. The upper computer program interface can be independently developed by customers, which is simple and convenient, and has FMS compatibility. It is the first choice for universities to study flexible machining. Other mainstream CNC systems can be configured according to user needs, such as Guangshu, Kainidi, etc.

2. This machine has high precision, protective devices, and cooling systems. It can automatically turn various rotating surfaces, such as cylindrical surfaces, conical surfaces, and special surfaces, and can perform threading, grinding, and machining with high efficiency and strong applicability.

3. The bed guide rail is finely ground after ultrasonic quenching, with high hardness and good rigidity. The dimensions of the headboard, guide rail, saddle, and trailer are thick.

4. The saddle of the bed is treated with plastic pasting technology, which is easy to move, reduces the wear of the bed guide rail, avoids crawling, has high precision, and has a long service life. The ball screw adopts an integral internal circulation screw, supported and preloaded with angular contact ball bearings. The guide rail, screw, etc. are lubricated centrally, which has the characteristics of flexible movement, reduced thermal deformation, and stable accuracy.

Applicable industries:

Small parts processing in hardware processing factories, scientific research and development in enterprises or universities, first board production, and can also be used for CNC in universities or vocational colleges.

Desktop education CNC is of great significance in vocational education. It can not only reduce teaching costs and improve teaching effectiveness, but also cultivate professional talents with CNC technology capabilities. With the continuous development of technology and the expansion of application fields, desktop educational CNC will play a more important role in the future.

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Keywords: # Small CNC lathe, # Desktop CNC lathe, # Mechatronics equipment, # Educational equipment lathe, # Small CNC teaching machine tool