MAXX DS200-5Z – Specialized in Precise Dry Milling
The MAXX DS200-5Z is a compact and high-precision 5-axis desktop milling machine specialized for soft materials. Designed for dry milling, it delivers outstanding accuracy and stability with a small footprint — perfect for clinics and laboratories that need efficient and reliable milling performance.
⚙️ Specifications
No. of Axis: 5-Axis
Size & Weight: 500W × 682D × 712H mm / Approx. 100 kg
Controller & Motor: Windows-based PC (10.1” touch screen), AC Servo Motor
Index Operating Ranges: A = ±34°, B = ±180°
Tool System: 3 mm shank diameter, ATC 12 tools
Spindle: BLDC Motor, 500W, Max 60,000 rpm
Cooling: Dry Milling
Power Supply: AC220V / 6A
Compressed Air: 6.5 bar
🧱 Compatible Materials
Zirconia
Wax
PMMA
Hybrid Ceramic
Supports C-type clamp fixtures
🦷 Applications
Crowns, Inlays & Onlays
Facials, Undercuts, Inlays, Veneers
Soft material prostheses requiring thin margins and fine details
💡 Key Features
High Precision & Stability: Optimized for delicate milling with thin margins — ideal for precise prosthetics without chipping.
Granite Base Frame: Minimizes vibration, heat deformation, and ensures high accuracy and smooth surface finish.
Fast Milling Speed: Less than 15 minutes per crown with 500W spindle power and up to 60,000 rpm.
Auto Calibration & Tool Detection: Built-in automatic calibration system with tool breakage detection for safe and continuous operation.
Smart Software (MAXX LINK): Provides remote service, training, and machine operation with user-friendly interface.
Multi-Machine Operation: Control multiple MAXX units remotely for maximum productivity.
🔩 Fixtures
Disc Type: Ø98 mm (height 10–30 mm)
Pin Type: 6 pins
C-Type Clamp: For efficient dry milling setup
🌟 Summary
The MAXX DS200-5Z is a compact yet powerful 5-axis dry milling system designed for precision, speed, and reliability. With high-speed spindle performance, granite frame stability, and smart control features like MAXX LINK, it enables consistent results and maximum productivity in dental prosthetic manufacturing.
