5 Axis CNC Desktop Machine features five coordinate axes: three linear axes (X, Y, and Z) and two rotary axes (B and C). It is equipped with an industrial-grade five-axis linkage control panel and supports RTCP (Rotating Tool Center Point) functionality. The machine operates on a 220V power supply and is equipped with a 10-inch color vertical LCD display and a five-axis three-speed electronic handwheel. It boasts a compact size, light weight, easy handling, and flexible operation.

 

 

 

 

Educational Field: It is mainly used in vocational colleges, universities' maker innovation laboratories, etc., for five-axis linkage CNC programming teaching and practical training, helping students master five-axis machining technology and programming skills.

 

 

 

 

Small Parts Processing: Suitable for processing small precision five-axis parts and various complex parts, such as mechanical components, custom tools, jewelry, and handicrafts. It can perform operations such as carving, milling, drilling, and tapping on materials such as aluminum alloy, copper, plastic, iron, and mold steel (for light processing).

A five-axis CNC test project purchased by the MIT intelligent robot team.

(Several projects designed by the team, including MIT Mini Cheetah: https://www.youtube.com/watch?v=xNeZWP5Mx9shttps://www.youtube.com/watch?v=G6fMV1UPzkg and the fastest Rubik's Cube solution in the worldRobot question: https://www.youtube.com/watch?v=nt00QzKuNVY uses Pocket NC machines to manufacture parts for similar robot projects.)

Tech Specs

Shipping List
 

Options and upgrades
 

pocket nc 5 axis Manufacturer

 

 

why choose our products

 

 

High-Precision Structure: X/Y/Z linear axes adopt H-class ground linear guides, B/C rotating axes use harmonic reducers, and high-precision pre-tensioned ball screws reduce thermal deformation-ensuring stable, high-accuracy operation.
 

Powerful CNC System: Self-developed control system supports RTCP, 3+2 positioning, error compensation, look-ahead control, and flexible interpolation, enabling efficient processing of complex geometries (curved surfaces, inclined planes).

 

Efficient Machining Capabilities: Partial models feature 18,000-rpm high-speed electric spindles (with internal inductive encoders) and hidden 6-tool automatic tool change systems, cutting process switching time significantly.
 

User-Friendly Operation & Maintenance: 10.1-inch touchscreen offers intuitive interaction for easy process monitoring; low failure rate and maintenance costs lower total ownership costs.

 

Application of procket nc cnc

 

Dental Field

Used for precision milling of dental restorations, personalized denture processing and dental tool manufacturing. Its millimeter-level accuracy and five-axis linkage enable precise replication of complex dental models, compatible with zirconia, resin and other dental materials to meet oral care's high demands for restoration fit and tool durability.

Education and Training Field

Serves as practical training equipment in mechanical engineering, design & manufacturing majors. It helps students master five-axis machining principles, programming and operation via simulating industrial scenarios, fostering problem-solving skills and bridging theory with industrial application.

R&D and Prototyping Field

Widely used in new product prototyping, functional sample processing and small-batch trial production. It quickly turns design drawings into physical prototypes, aiding R&D teams in verifying schemes, shortening R&D cycles and reducing trial-and-error costs.

Precision Manufacturing Field

Suitable for processing high-end parts like aero-engine blades and automotive gearbox gears. Compatible with titanium alloys, high-strength steel and other hard-to-machine materials, it achieves high-precision forming of complex surfaces via five-axis simultaneous machining, meeting strict accuracy standards.


                                                 

Video: https://youtu.be/TNFE7E83VMU

Contact us : xslightings@xslightings.com

                    wechat id:13305858081
 

1.Is this equipment compatible with special materials commonly used in the dental field, such as zirconia and resin?Does the precision and surface finish of the processed materials meet the standards?
It is fully compatible with materials like zirconia, resin, and dental-specific alloys, with cutting parameters optimized for dental material properties. The machining precision can reach the micron level, and the surface roughness is Ra ≤ 0.8μm, which meets the requirements for fit and biocompatibility of dental restorations without additional polishing.

2. As an educational equipment, does it come with supporting operation courses, programming software, and practical training cases? Can it meet students' learning needs from basic to advanced levels?
It provides a full set of teaching support, including a standardized operation manual and adaptive 5-axis programming teaching software (with basic programming modules and a complex part case library). It can also customize practical training programs according to the college's curriculum system, covering the entire learning process from equipment recognition and programming basics to complex part machining.

3.When used for R&D prototyping, what is the equipment's material change efficiency?
Can the delivery cycle for small-batch production (e.g., 10-50 pieces per batch) be controlled within 1 week?A: The equipment is equipped with a quick material change fixture, and the material change time is ≤ 15 minutes. For small-batch production of 10-50 pieces, if the drawings are confirmed correct and materials are available, the processing cycle for standard parts can be controlled within 3-5 days, and the maximum cycle for complex special-shaped parts is no more than 7 days, which can efficiently match the R&D trial production rhythm.

4.When processing difficult-to-machine materials such as titanium alloys and high-strength steel for aerospace applications, how stable is the equipment? Is it necessary to configure additional special tools or cooling systems?
The equipment is equipped with a high-rigidity spindle (maximum speed 15,000 rpm) and a constant-temperature cooling system, which can maintain long-term stable operation when processing titanium alloys and high-strength steel, with a processing error fluctuation of ≤ 0.005mm. No additional special tools are required; it is compatible with mainstream cemented carbide tools on the market, reducing procurement costs.

5.After equipment delivery, do you provide installation and commissioning, as well as operator training? What is the response time for after-sales maintenance?
It includes free on-site installation and commissioning services, and 2-3 days of on-site operation training can be arranged (covering equipment maintenance, programming, and common fault handling). After-sales service provides 7×24-hour response: solutions for common faults are provided within 4 hours; for on-site maintenance needs, technicians will arrive within 24 hours in urban areas and 48 hours in remote areas.
 

Hot Tags: 5 axis cnc desktop machine, China, suppliers, manufacturers, factory, custom, wholesale