Five-axis light milling technology is mainly applied in modern industrial design to rapidly mill and carve lightweight materials, enabling designers to showcase their concepts and creation in very short time. When combined with reverse engineering measurement technology, it facilitates the swift and convenient conversion of design modifications into digital models, thereby significantly shortening the design cycle and becoming an indispensable technology in modern industrial design.
● Designed using advanced international finite element analysis (FEA) for excellent structural rigidity;
● High-precision, high-rigidity linear guides for smooth operation and long service life;
● Max series uses linear motor drive for superior positioning accuracy, high speed, and acceleration, enabling efficient milling;
● Pro series uses gear-and-rack drive;
● Geometric error compensation technology to significantly enhance machine accuracy;
● Strong load capacity and spacious workpiece access for easy loading/unloading;
● Optional 3+2 or 5-axis simultaneous machining for milling functions;
● Mainly used for milling large-scale models.
| Three-axis travel | Installation method | Single axis positioning accuracy | Milling accuracy | Working Mode | Running speed |
|
X:4000-Any Y: 1200-2000 (single arm) 2200-3800 (double arms) Z：2000-4000 |
Horizontal | ≤0.08mm | ±0.2mm | 3+2/5轴 | 48000mm/min |
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Dual-Cantilever Marking Measuring Machine Profi PlusThe Profi Plus cantilever measuring machine is a universal inspection instrument with a spacious operating volume, especially suitable for inspecting large workpieces and box-type components. It is widely applied in automotive, high-speed rail, marine, mining machinery, and construction machinery industries. -
Side-Mounted Measuring Machine ProfiFeaturing a floor-mounted structure that requires no foundation, it is easy to install and widely used in automotive sheet metal, construction machinery, and new energy industries. -
Cantilever Milling Machine Studio Mill Max/ProFive-axis light milling technology is mainly applied in modern industrial design to rapidly mill and carve lightweight materials, enabling designers to showcase their concepts and creation in very short time. When combined with reverse engineering measurement technology, it facilitates the swift and convenient conversion of design modifications into digital models, thereby significantly shortening the design cycle and becoming an indispensable technology in modern industrial design.
