DGSHAPE DWX-52Di Plus 5-Axis Dry Dental Milling Machine

AGKEM's 52Di Plus dental milling machine is used in digital dentistry to manufacture dental restorations and prosthetic components from CAD/CAM designs.
Depending on its supported materials and configuration, the 52Di Plus can be used for producing crowns, bridges, inlays, onlays, veneers, temporary restorations, and other dental prosthetic components, making it suitable for dental labs looking to improve and expand their digital production workflow.

AGKEM's 52Di Plus dental milling machine works as the manufacturing stage of a digital CAD/CAM dental workflow. After a patient case or model is scanned, the restoration is designed using CAD software and the completed design is prepared for milling using compatible CAM software.
The milling machine then processes the selected dental material to produce the designed restoration. This creates a workflow of digital scanning → CAD design → CAM preparation → milling → finishing, helping dental labs move efficiently from digital design to the final physical restoration.

The performance of a dental milling machine depends on factors such as number of axes, spindle speed and power, milling accuracy, machine rigidity, bur quality, tool-changing capability, and wet or dry milling technology.
Other important factors include material compatibility, CAM software and milling strategies, calibration, tool wear, cooling or dust-management systems, and regular maintenance. Together, these influence the machine’s milling speed, surface finish, accuracy, consistency, and overall production efficiency.

AGKEM's 52Di Plus dental milling machine can be considered by dental labs, digital dental production centers, and clinics with an in-house CAD/CAM workflow that regularly manufacture dental restorations.
It is particularly relevant for businesses looking to increase in-house production, reduce outsourcing, improve control over turnaround times, and expand their digital workflow. Before investing, consider daily case volume, material requirements, CAM compatibility, operating costs, maintenance, training, and after-sales technical support.

AGKEM's 52Di Plus can be suitable for a dental lab with higher production requirements, provided its production capacity, material compatibility, and milling workflow match the lab's daily case volume.
For a high-volume lab, important factors include milling speed, spindle performance, tool-changing capacity, continuous-operation capability, milling accuracy, CAM software efficiency, maintenance requirements, and technical support. Labs should also evaluate expected cases per day and turnaround requirements before selecting the 52Di Plus for high-volume production.