Input Voltage:
AC 100V~240V, 50/60Hz

Output Voltage/Current:
DC 12V / 6A

Motor Rated Power:
72W

Motor Speed:
12000 rpm ±15%

Spindle Speed:
0~2000 rpm ±15%

Center Distance:
200 mm

Center Height:
55 mm

Adjustable Tailstock Stroke:
20 mm

T-slot Size:
8 mm

Maximum Clamping Diameter:
90 mm

Dimensions:
500 x 80 x 115 mm

Packaging Dimensions:
550 x 100 x 150 mm

Net Weight / Gross Weight:
3 kg / 3.5 kg

Applications:
Laboratory Technology, General Technical Courses, Campus Maker Spaces, Comprehensive Practice Rooms, Metalworking and Woodworking Workshops, CNC Programs for Vocational Schools, CNC Programming Laboratories, CNC Training Bases in Universities, etc.

• What materials can Xendoll CNC machines work with?
  Xendoll small CNC machines can work with a variety of materials, such as wood, plastic, acrylic, aluminum, brass, copper, titanium and more!
  Since Xendoll small CNC machine is not designed for processing steel and other metals, when processing steel, it is necessary to set slow feed rate and very small cutting depth for each time. By trying repeatedly, you could find the suitable parameters for processing steel on Xendoll small CNC machine, but it will take you quite a long time.
• What types of industries use Xendoll CNC machines? 
  - Education: Xendoll small CNC machines are easy to operate and maintain, operation same with big industrial CNC machine, making them suitable for teaching students the basics of CNC machining and programming. They can also be used for various projects and experiments in science, engineering, art, STEM and design courses.
  - Hobby and craft: Xendoll small CNC machines are perfect for hobbyists and crafters who want to express their creativity and make personalized items. They can be used to carve, engrave, cut, or drill various materials such as wood, acrylic, aluminum, brass, copper, and more.
  - Prototyping: Xendoll small CNC machines can help engineers and designers to quickly and accurately create prototypes of their ideas. They can also be used to test and refine the functionality and performance of the products before mass production.
  - Jewelry making: Xendoll small CNC machines can create intricate and delicate designs on metal, wood, or plastic materials. They are ideal for making rings, earrings, necklaces, bracelets, and other accessories.
  - Medical: Xendoll small CNC machines can be used to make customized medical devices and implants such as dental crowns, bridges, implants, orthodontic brackets, surgical instruments, and prosthetics. They can also be used to produce high-quality models of human organs and tissues for research and education purposes.
  
• How do I choose the right small or desktop CNC machine for my business?
  When choosing a small or desktop CNC machine for your business, the following must be taken into consideration:
  (1). Application fields: teaching and training, prototyping, DIY hobby, mess processing etc.,
  (2). Cost: What is your overall budget for the CNC machine?
  (3). Space: How much space do you have to house the machine?
  (4). Type: What type of CNC machine are you looking for?
  (5). Material: What type of material will the machine be used to work on?
  (6). Workload: How much material are you going to be machining?
  (7). Features: What kind of additional features are you looking for in a CNC machine?
  (8）. Compatibility: Is it compatible with other software programs that you may need?
  (9). Maintenance: How difficult is the machine to maintain or repair?
  (10). Customer Support: Does the manufacturer have good customer support in case of any technical issues?
  (11). Warranty: Does the manufacturer offer a warranty on the machine?
  By taking all of these factors into consideration, you should be able to find the right CNC machine for your business.
  
• Is the operation of the Xendoll CNC machine the same as that of the large industrial CNC machine? 
  The operation of the Xendoll CNC machine is similar to that of the large industrial CNC machine in terms of the basic principles and functions. Both machines use the same computer-controlled commands (ISO G code) to move a cutting tool along different axes and create precise shapes and patterns on a workpiece; they also use the same industrial CNC controller. However, there are some differences between the two machines in terms of size, power, speed, accuracy and cost. The Xendoll CNC machine is a mini CNC machine designed for hobbyists and small-scale projects; it has a smaller footprint, lower power consumption, slower cutting speed and lower accuracy than the large industrial CNC machine. It is also more affordable and easier to operate and maintain. On the other hand, the large industrial CNC machine is a heavy-duty machine used for professional and industrial applications; it has a larger working area, higher power output, faster cutting speed and higher accuracy than the Xendoll CNC machine. It is also more expensive and requires more skill and training to operate and maintain.
• why using Xendoll desktop mini CNC machine for education?
  (1).Using desktop mini CNC machines for educational purposes can be extremely beneficial to students, helping them to develop valuable skills in a hands-on way. It provides students with a practical way to learn about subjects such as engineering, machinery, and design. This can open doors to prospective careers and give a jump start when entering the job market. It also gives students a unique opportunity to develop skills such as problem-solving, critical thinking, close attention to detail, hand-eye coordination and teamwork. Furthermore, it encourages creativity and allows for a much more enjoyable learning experience.
  (2).Desktop mini CNC machines can be used in educational settings to teach students the fundamentals of designing and creating parts using computer-aided design (CAD) software and CNC machines. With a desktop mini CNC machine, students can learn the basics of CNC machining, including cutting, drilling, milling, and engraving. This type of machine is also great for more advanced students and instructors looking to explore more complex machining processes. The mini CNC machine is also relatively inexpensive and can be used as a great teaching tool in a classroom setting.
  (3).A desktop mini CNC machine is a great tool for education because it allows students to learn a variety of skills, from basic carpentry to coding and design. It also helps to engage and retain students in STEM fields by offering hands-on learning in CNC machining, robotics, and engineering.They can also learn about the basics of computer-aided design (CAD) and computer-aided manufacturing (CAM) software, which are essential tools for modern engineering and manufacturing. Additionally, it can be used as a visual aid to help teach math, science, and technology concepts. With a desktop mini CNC machine, students can have access to a valuable, real-world tool and develop basic programming skills in a fun and creative way.
  (4).Desktop mini CNC machines can be a great benefit for educational purposes. They provide students with a hands-on learning experience that reinforces the information they have learned in the classroom. Mini CNC machines can also be used in school workshops to help students have a better understanding of how the machines operate and to explore different machining techniques. Furthermore, desktop mini CNC machines can be used to create projects that have real world applications such as creating parts for prototypes or creating circuit boards.
  (5).Using a desktop mini CNC machine for education offers a number of benefits. It allows students to learn the principles of machining first-hand, and provides an accessible introduction to advanced topics such as computer-controlled automation and programming. Additionally, the smaller size of desktop mini CNC machines mean they are much more cost-effective and can be used in classroom settings or labs. Finally, the use of a desktop mini CNC machine can provide students with practical skills that are transferable to real-world situations, making them much better prepared to enter the workforce.
  (6). Using a desktop mini CNC machine for education can help students learn about the fundamentals of computer numerical control (CNC) machining. With a desktop mini CNC machine, students can gain hands-on experience with the basics of how to program and operate CNC machining systems. It is also a great way for them to get creative, as they can use the machine to create anything from works of art to more practical pieces like educational toys, robots, and computer parts. By using a desktop mini CNC machine, students can interact with the autonomous system, gain an understanding of the power of CNC machining, and become more familiar and confident with the technology.
  (7).Xendoll desktop mini CNC machine is a fully enclosed shell design with high safety; at the same time, it is of high quality yet low in price, making it suitable for large-scale procurement by educational institutions so that more students can use it and gain more time and experience.