Xendoll is a company that manufactures mini CNC machines for various applications, such as metal processing, mould making, sign making, education and hobby. Xendoll personal CNC (PCNC) machines are designed to be high performance, affordable and easy to use. If you are interested in becoming a Xendoll CNC machine dealer, you need to follow these steps:
(1). Contact Xendoll by email (trade@Xendoll.com) or phone (+86 757 28386038 or +86 15817122137) and introduce yourself and your business. Provide some information about your location, market, experience,similar product sevice ability and goals.
(2). Xendoll will evaluate your application and send you a dealer agreement if you meet their requirements. The agreement will specify the terms and conditions of the partnership, such as the minimum order quantity, the payment method, the warranty policy and the technical support.
(3). After signing the agreement, you will be able to order Xendoll CNC machines directly from their factory in Foshan city, Guangdong province, China. You will also receive marketing materials, product manuals and training videos from Xendoll to help you promote and sell their products.
(4). You will be responsible for delivering and installing the machines to your customers, as well as providing after-sales service and maintenance. You will also need to report your sales performance and feedback to Xendoll regularly and maintain a good relationship with them.

By becoming a Xendoll CNC machine dealer, you will have access to a range of high quality and affordable mini CNC machines that can meet the needs of various customers. You will also benefit from Xendoll's professional team, quick response and technical support. You will be part of a growing network of dealers around the world who share the same vision of providing innovative and reliable manufacturing solutions.

Xendoll currently only accepts two payment methods: T/T and L/C at sight.

If you're looking to choose a CNC machine for education, there are several factors to consider. Here are some things to keep in mind:

(1).Size and Capacity: Look for a machine that can handle the size and complexity of the projects you plan to work on. Consider the dimensions of the machine's cutting area (also known as "working envelope"), the weight it can handle, and the types of materials it can cut.:

(2).Ease of Use: Choose a machine that is user-friendly and easy to operate, especially if you're new to CNC machining. Look for machines with intuitive software, clear instructions, and good customer support.:

(3). Cost: CNC machines can range from a few hundred dollars to tens of thousands of dollars. Determine your budget and choose a machine that meets your needs without breaking the bank.:

(4). Durability: Look for a machine that is built to last and can withstand heavy use. Choose a reliable brand with a good reputation for quality and durability.:

(5).Safety Features: CNC machines can be dangerous if not used properly. Look for machines with safety features, You need to choose a CNC machine that can ensure your safety and minimize the risk of accidents or injuries. You may want to look for a CNC machine that has safety features such as emergency stop buttons, protective covers, or sensors，safety guards, and automatic shut-off systems, full enclosure shell. You may also want to look for a CNC machine that has low maintenance requirements and comes with warranty and support services.:

(6).Connectivity: Consider whether you need a machine that can connect to a computer or network. Some machines can be controlled remotely, which can be useful for collaborative projects or remote learning.:

(7). Versatility: Look for a machine that can perform multiple functions, such as milling, drilling, and cutting. A versatile machine can be used for a variety of projects and can be a good investment in the long run.:

By considering these factors, you can choose a CNC machine that is well-suited to your educational needs and will help you learn the skills you need to succeed in the field.:

(8).Availability of Resources: Look for a machine that has a wide range of resources available, such as instructional videos, manuals, and tutorials. Make sure you can easily find the information you need to operate the machine and troubleshoot any problems.:
(9). Compatibility: Choose a machine that is compatible with the software and tools you plan to use. Consider whether you need a machine that can work with CAD/CAM software or other specialized programs.:

(10).Maintenance: Look for a machine that is easy to maintain and requires minimal upkeep. Consider factors such as the availability of replacement parts, the cost of maintenance, and the level of technical expertise required to perform maintenance tasks.:

(11). Classroom Environment: Consider the classroom or workshop environment where the machine will be used. Look for a machine that is relatively quiet, produces minimal dust or debris, and is easy to move or store when not in use.:

By taking these additional factors into account, you can choose a CNC machine that is well-suited to your specific educational needs and will help you develop the skills that are most relevant to your future career goals.

CNC machines are computer-controlled devices that can perform various tasks such as cutting, drilling, milling, and engraving on different materials. CNC machines are widely used in various industries such as manufacturing, aerospace, automotive, and medical. However, CNC machines are not only limited to large-scale production. They can also be used in small workshops for hobbyists, artisans, and entrepreneurs who want to create custom-made products or prototypes. One of the benefits of using small CNC machines for a workshop is that they are more affordable and accessible than their larger counterparts. Small CNC machines are usually designed to be compact and portable, which means they can fit in smaller spaces and can be easily moved around. They also consume less power and require less maintenance than larger CNC machines. Moreover, small CNC machines are often compatible with common software and hardware platforms, which makes them easier to operate and customize. Another benefit of using small CNC machines for a workshop is that they can offer more flexibility and creativity for the users. Small CNC machines can work on a variety of materials such as wood, metal, plastic, and acrylic. They can also produce different shapes and designs according to the user's specifications and preferences. Furthermore, small CNC machines can enable the users to experiment with different techniques and methods, such as engraving, carving, etching, and inlaying. By using small CNC machines, the users can unleash their artistic potential and create unique and personalized products. A third benefit of using small CNC machines for a workshop is that they can enhance the quality and efficiency of the work. Small CNC machines can perform precise and accurate cuts and drills that are difficult or impossible to achieve by hand. They can also reduce the waste of materials and time by minimizing the errors and mistakes that may occur during the manual process. Additionally, small CNC machines can speed up the production process by automating the repetitive and tedious tasks that may otherwise take hours or days to complete by hand. In conclusion, using small CNC machines for a workshop can bring many benefits for the users. They can save money and space, increase flexibility and creativity, and improve quality and efficiency. Small CNC machines are ideal tools for anyone who wants to turn their ideas into reality.

Xendoll CNC machine is used industrial CNC controller device that can cut, carve, drill, turn, or engrave various materials with high precision and accuracy.
CNC machines are widely used in education, training, prototyping, woodworking, metalworking. However, before you can use a CNC machine, you need to set it up properly. Here are some general steps to follow when setting up your CNC machine:

1. Choose a suitable location for your CNC machine. Make sure you have enough space around the machine for loading and unloading materials, accessing the control panel, and performing maintenance. Also, ensure that the floor is level and stable, and that the power supply is adequate and reliable. Usually 110VAC or 230VAC is required

2. Ensure the machine has adequate ventilation and use appropriate electrical cords for the voltage that it is powered by.

3. Connect the power supply to the machine and turn it on.

4. Calibrate your CNC machine. Calibration is a process of adjusting the settings of your CNC machine to ensure that it operates accurately and consistently. Calibration involves setting the origin point, the work coordinate system, the tool length offset, This can be done manually or with the help of software, and the spindle speed. Follow the instructions provided by the Xendoll to calibrate your CNC machine correctly.

5. Load your design file and select your toolpath. A design file is a digital file that contains the shape and dimensions of the object you want to create with your CNC machine. A toolpath is a sequence of movements that the tool makes to create the object. You can create your own design file using a CAD (computer-aided design) software, or download one from online sources. You can also use a CAM (computer-aided manufacturing, such as MasterCAM, Fusion360, UG etc., ) software to generate a toolpath from your design file. Copy your toolpath to Xendoll CNC controller with U disk.

6. Load your material and secure it on the worktable. A material is the substance that you want to cut, carve, drill, or engrave with your CNC machine. It can be wood, metal, plastic, foam, aluminum, brass or any other suitable soft metal material. Load your material on the worktable of your CNC machine and secure it with clamps, screws. Make sure the material is flat and aligned with the origin point and the work coordinate system of your CNC machine.

7. Load your tool and set its parameters. A tool is the part of your CNC machine that performs the cutting, carving, drilling, or engraving action on the material. It can be a bit, an end mill, a drill bit, a router bit, or any other suitable tool. Load your tool on the spindle of your CNC machine and set its parameters such as diameter, length, feed rate, plunge rate, and depth of cut in the CNC controller.

8. Start your CNC machine and monitor its progress. After you have completed all the previous steps, you are ready to start your CNC machine and create your object. Press the start button on your control panel and watch as your CNC machine follows the toolpath and transforms your material into your desired shape. Monitor the progress of your CNC machine and check for any errors or issues that may occur during the operation.

9. Stop your CNC machine and unload your object. When your CNC machine has finished creating your object, press the stop button on your control panel and wait for the spindle to stop spinning. Then, carefully unload your object from the worktable and remove any excess material or debris from it. You may also need to sand, polish, paint, or apply any other finishing touches to your object.

These are some general steps to follow when setting up your CNC machine. However, keep in mind that different models of CNC machines may have different specifications and instructions for setting up their machines. Therefore, always refer to the manual or guide provided by Xendoll CNC machine for more detailed and accurate information.

To use a CNC machine, you will need several types of software.

First, you will need CAD (Computer-Aided Design) software to create a design for your part. Some popular CAD software options include AutoCAD®, SolidWorks®, and Fusion 360® Next, you will need CAM (Computer-Aided Manufacturing) software to generate toolpaths and G-code based on your CAD design. Some popular CAM software options include Mastercam X, Fusion 360 CAM, UG, Powermill, CAXA and CAMWorks, Xendoll CNC machine can run ISO G-code which created by the above CAM software.

Xendoll do not offer those third party CAD/CAM, you may buy from those CAD/CAM or using those CAD/CAM educational free or low cost version.