Arum 5X-300 Pro CAD/CAM Milling Machine

Description

Arum 5X-300 Pro CAD/CAM Milling Machine

Arum 5X-300 Pro is a completely self-contained system with an integrated vacuum extraction unit. No need for external air pressure or vacuum extraction. The Arum 5X-300 Pro is the ideal in-house machine for small dental labs wanting to mill their own crown and bridge work. It can machine in 5 axis which is normally required for implant bridges. It is suitable for most soft materials including zirconia, wax, PMMA. PEEK and lithium disilicate. An important feature is the C-clamp sytem that allows the milling of anterior surfaces from the buccal side, desirable when milling full arch dentures. The Arum 300 can operate both in wet and dry mode whatever is preferred, depending on the material being milled.The Arum 5X-300 Pro comes with a 12-station automatic tool changer, plenty of spare tools, and support for different materials.

Applications:

• Hybrid Abutment, Inlay & Onlay, Crown & Coping, Crown & Coping Bridge, Model, Bite Splint, Denture.

Key Features

• Efficient C-TYPE JIG: Labial (or Buccal) side texture and undercut area precision processing minimize post-processing time. You can easily exchange from disk to CAD block as it uses cartridge-type materials.
• High speed 80,000 RPM: By choosing one from 2 modes of the roughing process (U peeling milling, and Parallel milling), you can process glass-ceramic materials more effectively.
• All-in-One System: An external compressor is not required, and all additional devices (Dust Collector, Coolant System) are built inside the table to overcome installation space constraints and minimize noise. German Renfert SILENT compact CAM model is used (optional).
• Excellent detail expression: Through groove, labial side texture precision processing using ARUM’s exclusive 0.3mm tool for Zirconia, you can process prostheses close to natural teeth.
• The wireless automatic calibration: The wireless automatic calibration has improved the usability and the 3mm probe has improved the accuracy, maintaining the best condition.
• Easy-to-use U.I even for beginners: With its intuitive icons, even beginners can control it easily. Simple touch control design has been applied.

Specifications

• Processing: Wet and Dry
• Spindle Power: AC 0.5kw
• Max. RPM: 80,000
• A.T.C: 12
• Tool Shank (mm): Ø4
• Motor: Stepping Encoder
• Drive Mechanism: Ball Screw
• Way System: Linear Guide
• Machine Size (W*D*H): 568*638*645mm
• Total Size (W*D*H): 568*641*1583mm
• Weight (Machine / Table):90kg / 65kg

Packaging

• 1 x Arum 5x-300 pro CAD/CAM Milling Machine

Directions for Use

• Initial Setup: Ensure the milling machine is correctly installed and connected to a compatible computer with the necessary CAD/CAM software installed.
• Material Selection: Choose the appropriate dental material (e.g., Zirconia, Lithium Disilicate) based on the specific dental prosthesis you plan to create.
• Material Loading: Load the selected material into the machine’s cartridge or material holder, ensuring it is securely positioned.
• Software Initialization: Launch the CAD/CAM software on the connected computer and ensure it is configured to work with the Arum 5X-300 Pro.
• Design and Toolpath Generation: Within the CAD/CAM software, design the dental prosthesis according to patient specifications. Generate the necessary toolpaths for milling.
• Machine Calibration: Calibrate the milling machine according to the manufacturer’s guidelines to ensure precise milling.
• Tool Preparation: Prepare the appropriate milling tools (e.g., 0.3mm tool for Zirconia) as recommended by Arum for the specific prosthesis design.
• Start Milling: Initiate the milling process through the software controls. The machine will follow the generated toolpaths to shape the prosthesis from the chosen material.
• Real-Time Monitoring: Monitor the milling process on the machine’s control panel or through the software. Ensure that the milling operation proceeds smoothly.
• Quality Control: After milling is complete, inspect the dental prosthesis for accuracy, surface finish, and any imperfections. Make any necessary adjustments or refinements.
• Material Replacement: If needed, replace the milling material (e.g., cartridges) for subsequent milling jobs.
• Documentation: Accurately document the milled dental prosthesis for patient records and treatment planning.
• Clean and Maintain: After use, clean and maintain the milling machine and tools according to the manufacturer’s instructions to ensure longevity and hygiene.