Omega 3X Cnc Styrofoam Processing Machine 1 / Video
CNC Styrofoam Processing Machine
The Omega 3X is a versatile, CNC-controlled Styrofoam processing and modeling machine designed for precision cutting, shaping, and molding of foam materials. Available in 3-axis, 4-axis, and 5-axis configurations, the machine offers flexible and efficient solutions for various industrial applications.
Key Features
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CNC Controlled Multi-Axis Operation: Available in 3, 4, and 5-axis configurations, this machine ensures high precision in processing complex designs and large foam models.
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High Cutting Speed: With cutting speeds of up to 60 meters per minute, the Omega 3X significantly improves productivity, making it suitable for high-volume Styrofoam processing.
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Customizable Table Sizes: Manufactured to meet specific operational needs, the table size can range from 2 meters x 1 meter up to 20 meters in length, providing flexibility for both small and large projects.
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Model and Mold Processing: Ideal for creating detailed models and molds, the machine excels in shaping and forming Styrofoam for use in industries such as packaging, automotive, and construction.
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Lettering and Forming: Perfect for custom lettering and complex foam shapes, allowing for creative designs and functional foam components.
Applications
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Styrofoam Modeling: Precision cutting and forming of Styrofoam for architectural models, prototyping, and artistic projects.
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Mold Making: Creating large-scale foam molds for casting or composite production.
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Custom Signage: Lettering and form cutting for branding and advertising.
Custom Solutions
The Omega 3X can be manufactured to meet the specific requirements of your production line, offering flexibility in table size and cutting capabilities. Whether you need a compact system or a large-scale processing unit, the machine can be tailored to fit your production needs.
The high speed, precision control, and customizable dimensions make the Omega 3X the perfect solution for any industry requiring Styrofoam processing, from simple cuts to complex 3D designs.