Arum 5X-500 CAD/CAM Milling Machine

Description

Arum 5X-500 CAD/CAM Milling Machine

Arum Dental Mill 5X-500 is a true dental production system. The 5X-500 is one of the most versatile machines in the Arum range. It caters to milling CoCr and Titanium components such as screw-retained bridges, dental bars, and custom abutments. The Arum 5X-500 is also suitable for all your zirconia crown and bridge work, truly a very versatile machine. It has a 20-station automatic tool changer to allow for a full set of tools for both metal and zirconia. With the wireless auto-calibration, the 5X-500 can calibrate individual abutments for optimum accuracy. Axis motion is a Servo Motor with a built-in Absolute Encoder to ensure perfect zero-point precision. The Arum 5X-500 features a high-precision 2.2KW spindle (2,000 – 60,000 RPM) to support the most difficult cutting conditions. It is capable of milling wet or dry. The wet option uses a water tank and the dry option uses a dust vacuum system.

Indications

• Inlay and Onlay, Crown, Coping, Crown Bridge, Coping Bridge, Dental Bar, Screw-Retained Bridge, Customized Abutment, Hybrid Abutment, Model, Splint, Full Dentures

Cuttable Materials:

• Titanium Disk, Co-Cr Disk, Ni-Cr Disk, Pre-Milled Blank (Titanium), Zirconia, Lithium Disilicate (E-max®, Etc), Nanocomposite (Vericom Mazic® duro, Lava Ultimate® Etc), PMMA, PEEK, Wax, Etc.

Key Features

Stable Precision Machining

• AC 2.2kw, Servo Motor allows you to machine materials from metal (Titanium, Co-Cr, Ni-cr) to zirconia stably, and the Zero Point system allows you to machine materials accurately despite jig replacement.

Excellent Precision and Durability

• With the ZERO Point system, you can achieve excellent origin point precision despite repeated jig replacement, which allows you to machine even complex shapes stably. The Servo Motor with built-in Absolute Encoder and Auxiliary Support compensates for even fine vibrations.

Labial Side Machining

• With Open C Type Jig, you can minimize time spent in precision machining and post-machining of labial (or Buccal) side texture and undercut area.

Best-in-class Spindle

• With the powerful spindle from Sycotec in Germany, it boasts excellent performance in machining all dental CAD/CAM materials including metal (Co-Cr, Titanium, Ni-Cr).

Wireless Auto Calibration

• Wireless Auto Calibration improves the usability and the accuracy,maintaining the best condition. In particular, Auto Calibration function for each position of pre-milled blank, you can produce the customized abutment with high accuracy.

Specifications

• Processing: Wet and Dry
• Spindle Power: AC 2.2kw
• Max. RPM: 60,000
• A.T.C: 20
• Tool Shank (mm): Ø6
• Motor: Servo
• Drive Mechanism: Ball Screw
• Way System: Linear Guide
• Machine Size (W*D*H): 689*918*839mm
• Rotation Angle: 360˚/ +40˚ ~ -31.5˚
• Weight: 230 kg / 65 kg
• Clamping System: Zero Point

Packaging

• 1 x Arum 5x 500 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 based on the specific dental prosthetic you plan to create. This machine can handle both metal and various CAD/CAM materials.
• Material Loading: Load the selected material into the machine’s material holder, ensuring it is securely positioned.
• Software Initialization: Launch the CAD/CAM software on the connected computer and configure it to work with the ARUM 5X-500 Milling Machine.
• Design and Toolpath Generation: Within the CAD/CAM software, design the dental prosthetic 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 as recommended by ARUM for the specific prosthetic design. Ensure that tools are suitable for the selected material.
• Start Milling: Initiate the milling process through the software controls. The machine will follow the generated toolpaths to shape the prosthetic 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 prosthetic for accuracy, surface finish, and any imperfections. Make any necessary adjustments or refinements.
• Material Replacement: If needed, replace the milling material (e.g., material blocks) for subsequent milling jobs.
• Clean and Maintain: After use, clean and maintain the milling machine and tools to ensure longevity and hygiene.