CNC Center COSMEC SMART 30 4 AXES

COSMEC SMART 30 CNC Machining Center – 4-Axis Solution for Precision Production COSMEC SMART 30 is a highly efficient, 4-axis CNC machining center from 2007, offering a reliable and precise solution for the production of complex parts. Its significant working range and advanced technical parameters optimize production processes, making it an ideal choice for demanding manufacturers seeking flexibility and high-quality machining. Basic Machine Information Manufacturer: COSMEC Model: SMART 30 Axis Configuration: 4-axis (X, Y, Z, C) Year of Manufacture: 2007 Technical Data and Operating Parameters The COSMEC SMART 30 machining center is designed to maximize efficiency and precision across a wide spectrum of production applications. Its advanced design and technical parameters enable the execution of complex machining operations. Working Range The machine features a significant working range, translating into its versatility and ability to process components of various sizes: X-axis: 3550 mm – Enables machining of long components, increasing flexibility in production projects. Y-axis: 1750 mm – Allows for working with parts of considerable width, expanding production capabilities and applications. Z-axis: 430 mm – Provides adequate working space for machining parts of varying heights and complex topography. C-axis: 360 degrees – Enables a full range of rotation of the workpiece, crucial for precise multi-sided machining and complex shapes without the need for re-clamping. Spindle and Machining Capabilities Key spindle parameters determine the machine's machining capabilities, ensuring versatility and efficiency: Spindle Power: 8 kW – Delivers sufficient power for efficient machining of a wide range of materials, from soft plastics to harder metal alloys. Spindle Speed Range: 500 - 24,000 rpm – The wide speed range allows for precise parameter adjustment to the specifics of the material and tool being machined, optimizing the process from roughing to finishing. Tool Change System and Units The machine's operational efficiency is further enhanced by integrated systems that minimize downtime: Drilling Unit: 16 spindles + 1 ball head – Ensures fast and precise drilling operations, invaluable in serial production and for creating complex hole patterns. Tool Magazine: 8 positions – Enables quick and automatic tool changes, minimizing setup time between successive machining operations. Vacuum System Reliable workpiece clamping is crucial for the safety and quality of the machining process: Becker Vacuum Pump: 100 m³/h – Ensures stable and secure clamping of workpieces, fundamental for achieving high surface quality and dimensional accuracy. Frequently Asked Questions (FAQ) What types of materials can be machined on the COSMEC SMART 30 center? The COSMEC SMART 30 center is versatile and suitable for machining a wide range of materials, including wood, plastics, composites, and soft metals. The spindle power (8 kW) and wide speed range (500 - 24,000 rpm) allow for optimal parameter adjustment to the specifics of the raw material being processed. What is the maximum size of a part that can be clamped on the machine? The maximum part size is determined by the working range of the X (3550 mm), Y (1750 mm), and Z (430 mm) axes. The additional C-axis (360 degrees) allows for machining parts in any horizontal orientation, enabling work with elements of complex geometry. Does the machine have an automatic tool change system? Yes, the machine is equipped with an 8-position tool magazine, which allows for efficient automatic tool changes during the machining cycle. This system significantly reduces setup time and increases production continuity. What are the key benefits of having a 4-axis machining center compared to a 3-axis one? The additional C-axis (rotary) in a 4-axis machining center allows for machining parts from multiple sides without the need for re-clamping and re-positioning. This results in a significant reduction in total production time, increased inter-process precision, and enables the creation of more complex geometries that would be difficult or impossible to achieve on a 3-axis machine.