Arum 5X-200 CAD/CAM Milling Machine

Description

Arum 5X-200 CAD/CAM Milling Machine

Arum Dental Mill 5X-200 is the most versatile 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-200 is also suitable for all your zirconia crown and bridge work, truly a very versatile machine. It has a 15-station automatic tool changer to allow for a full set of tools for both metal and zirconia. The Arum 5X-200 features a high-precision 3.0KW 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, Splints2sew.

Key Features

• Amazing Milling Power: With DC 3.0kw spindle, Servo Motor, and linear Guide, you can mill any dental material such as Titanium, Co-Cr, Pre-milled Blank, Zirconia, Lithium Disilicate, Nanocomposite, PMMA, PEEK, and WAX and more.
• A Standard Of Metal Milling: This machine can be compared with none of the metal milling machines. You can mill various shapes such as Implant Bar Bridges, Screw-retain Bridges, and Partial Framework using various materials such as Titanium, Co-Cr, and Ni-Cr, etc. Based on unsurpassed metal milling capability and extensive know-how accumulated over many years, the excellence of our product has been proven in the global market.
• Dedicated Template For Arum, Outcome of Our Extensive Know-How: Based on our extensive know-how accumulated over many years and various milling restorations around the world, we provide the optimal dedicated ARUM template for any case of Implant Bar and Screw-retain Bridge.This is ARUM’s unique asset that cannot be provided anywhere else.
• Special tool designed for perfection: The optimal tool designed to increase the completeness of milling. With the use of ARUM’s special tools such as Drill Tool, Reamer Tool, Thread Tool, etc., you can achieve the best milling restoration.
• Mounting of 5 pre-milled blanks: With a function of mounting of 5 pre-milled blanks simultaneously. Also, you can produce Customized Abutments without a Connector with AT Holder.
• Easy material replacement: As it is easy to replace a Disk Cartridge, you can replace a Disk quickly and easily and use materials economically. In addition to Disk,
  you can also exchange materials quickly such as pre-milled Blank and CAD Block, etc.

Specifications

• Processing: Wet and Dry
• Spindle Power: DC 3.0kw
• Max. RPM: 60,000
• A.T.C: 15
• Tool Shank (mm): Ø6
• Motor: Servo
• Drive Mechanism: Ball Screw
• Way System: Linear Guide
• Machine Size (W*D*H): 815*949*941mm
• Total Size (W*D*H): 815*949*1755mm
• Weight (Machine / Table): 270kg / 135kg

Packaging

• 1 x CAD/CAM Milling Machine

Directions for Use

• Machine 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 restoration you intend to create. The machine can process a wide range of materials, including Titanium, Co-Cr, Zirconia, PMMA, and more.
• Material Loading: Depending on your material choice, load the corresponding blanks or pre-milled blocks into the machine’s material holder. Make sure the blanks are securely positioned.
• Software Initialization: Launch the CAD/CAM software on the connected computer and ensure it is configured to work with the Arum 5X-200.
• Design and Toolpath Generation: Within the CAD/CAM software, design the dental restoration according to patient specifications. Generate the toolpaths necessary for milling.
• Machine Calibration: Calibrate the milling machine as per the manufacturer’s guidelines to ensure precise milling.
• Tool Preparation: Depending on the restoration design, prepare the appropriate milling tools, such as drill tools, reamer tools, and thread tools, as recommended by Arum.
• Start Milling: Initiate the milling process through the software controls. The machine will automatically follow the toolpaths to shape the restoration 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 the milling is complete, inspect the dental restoration for accuracy, surface finish, and any imperfections. Make any necessary adjustments or refinements.
• Material Replacement: If needed, replace the milling material (e.g., blanks or pre-milled blocks) for subsequent milling jobs.
• Documentation: Accurately document the milled dental restorations 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.
• Patient Integration: Incorporate the milled dental restoration into the patient’s treatment plan, ensuring proper fit and function.