5 Axis Desktop Pocket CNC

The 5 Axis desktop Pocket CNC is an advanced desktop CNC machine. It features five-axis machining capabilities, enabling complex and precise machining tasks in a very small space. Combining high-precision machining technology with a compact design concept, the machine can process a variety of materials and provides efficient and accurate solutions for machining small parts in many industries, especially in fields such as dentistry where extremely high precision is required.

 

 

 

Product Features

 

Five-axis machining capability

With motion control of five coordinate axes, more complex machining paths and more comprehensive machining angles can be achieved, greatly improving the flexibility of machining and the complexity of the shapes that can be completed.

Desktop design

The small and exquisite desktop structure takes up less space, which is easy to place in an office or small machining environment, saving space and easy to operate.

High-precision machining:

With high-precision machining performance, it can ensure the precise size of the machined parts and meet the machining requirements with demanding precision.

Wide material compatibility:

It can process a variety of materials, including metals, plastics, ceramics, etc., to adapt to the material selection of different industries.

 

Test video

Application

Dental field:
In dental applications, 5 Axis desktop Pocket CNC can accurately process complex dental restorations such as crowns, bridges, and implant abutments. Its five-axis machining capability can better simulate the natural shape and curved surface of teeth, and can achieve high-precision machining of dental materials such as ceramics and metals, ensuring the perfect fit of the restorations with the patient's mouth, and improving the quality and efficiency of dental restorations.
Jewelry processing field:
For the jewelry industry, the equipment can process a variety of complex jewelry, such as rings and pendants with fine carvings and unique shapes.
Scientific research and experimental field:
In scientific research experiments, it is often necessary to make small, high-precision experimental models or parts. This equipment can process various special shapes and high-precision test pieces according to the design of scientific researchers, which are used for experimental research in physics, chemistry, biology and other fields, providing strong support for scientific research.
Mold manufacturing field:
It can be used to process key parts such as cavities and cores of small molds. Its five-axis machining function can handle complex mold surfaces and fine structures, improve the precision and quality of molds, shorten the mold manufacturing cycle, and provide efficient machining solutions for mold manufacturing processes such as injection molding and die casting.

 

1

Operation training

Operators must undergo professional training and be familiar with the operation process and programming methods of machine tools before they can start operation to avoid damage to equipment or safety accidents caused by misoperation.

2

Safety protection

During the operation of the machine tool, ensure that the protective door is closed to prevent chips from splashing and injuring people. At the same time, operators should wear appropriate protective equipment, such as goggles, gloves, etc.

3

Processing parameter setting

When setting processing parameters, reasonable selection should be made based on material properties, tool performance and machine tool capabilities to avoid tool damage, workpiece scrapping or machine tool overload due to unreasonable parameters.

4

Environmental requirements:

The machine tool should be placed in a dry and well-ventilated environment, avoiding humid and dusty environments to prevent damage to electrical components and rusting of mechanical parts.

What is the five-axis machining accuracy of this device?
The device is very accurate, and the specific accuracy parameters can reach [specific value] under ideal working conditions, which can meet most high-precision machining needs, such as precise machining of tiny details in dental machining.
 

What size of workpiece can it process?
There are certain restrictions on the size of the workpiece, but for small precision parts such as dental restorations and small jewelry, this size range is completely applicable.
 

What programming skills are required to operate this device?
The operation requires certain programming knowledge. We will provide a programming guide and some basic programming templates specifically for this device, support common programming code formats, and can also use supporting software for programming. People with a certain foundation in CNC programming can get started quickly.
 

Is the device noisy during operation?
There will be some noise when the device is running, but it is all within the normal range. We took some noise reduction measures during the design, but there will still be noise due to tool cutting and motor operation during the machining process. If abnormal noise occurs, the machine should be stopped and checked in time.

Do you need to change the tool for machining different materials?
Yes, different materials have different properties such as hardness and toughness, and it is usually necessary to select the appropriate tool during machining. We will provide some suggestions on tool selection to ensure good processing results for different materials such as metals, plastics, ceramics, etc.
 

Is the equipment maintenance complicated?
Equipment maintenance is not complicated. Clean the debris on the surface and inside of the equipment regularly, check the wear of the tool and replace it in time, lubricate the moving parts properly, and check whether the electrical connection is normal. We will provide a detailed maintenance manual to guide you.

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