Technical Comparison: BIGLIA B 1200 S SMART TURN CNC MultiTasking Machine vs. Okuma Multus B CNC MultiTasking Machine

The BIGLIA B 1200 S SMART TURN and the Okuma Multus B are both advanced CNC multitasking machines designed to perform complex machining operations with high precision and efficiency. This technical comparison explores the key features, capabilities, and specifications of these two machines to highlight their strengths and differences.

1. Overview

BIGLIA B 1200 S SMART TURN:

• The BIGLIA B 1200 S SMART TURN is a high-performance multitasking CNC machine designed for a wide range of turning and milling operations.
• It integrates advanced technologies to enhance precision, flexibility, and productivity.

Okuma Multus B:

• The Okuma Multus B series is known for its robust design and versatility, catering to complex machining tasks in various industries.
• It combines multiple machining processes in one setup, reducing cycle time and improving efficiency.

2. Design and Construction

BIGLIA B 1200 S SMART TURN:

• Bed and Frame: Constructed with a rigid, high-quality cast iron base to minimize vibrations and ensure stability during machining.
• Axes Configuration: Typically includes multiple linear axes (X, Y, Z) and rotary axes (C, A) for complex contouring and 3D machining.
• Tool Turret: Features a high-speed turret with multiple tool positions, allowing quick tool changes and reducing downtime.

Okuma Multus B:

• Bed and Frame: Built with a heavy-duty cast iron frame to provide superior rigidity and dampen vibrations, ensuring precise machining.
• Axes Configuration: Equipped with multiple linear axes (X, Y, Z) and rotary axes (B, C), providing extensive flexibility in machining operations.
• Tool Turret: Includes a robust tool turret system with a high number of tool stations, supporting diverse tooling requirements and quick changes.

3. Spindle and Tooling

BIGLIA B 1200 S SMART TURN:

• Main Spindle: Features a powerful main spindle with high torque and speed capabilities, suitable for both heavy-duty and high-speed machining.
• Sub-Spindle: Often includes a sub-spindle for secondary operations, enabling simultaneous machining and reducing cycle time.
• Tooling System: Utilizes a versatile tooling system with options for live tooling, enabling milling, drilling, and tapping operations on the same machine.

Okuma Multus B:

• Main Spindle: Equipped with a high-performance main spindle capable of high-speed machining and maintaining precision under heavy loads.
• Sub-Spindle: Integrated sub-spindle allows for complete part machining in one setup, enhancing efficiency.
• Tooling System: Supports an advanced tooling system with live tools, facilitating complex multi-process machining without the need for additional setups.

4. Control System

BIGLIA B 1200 S SMART TURN:

• CNC Control Unit: Typically equipped with a FANUC or Siemens control unit, offering user-friendly interfaces and advanced programming capabilities.
• Software Integration: Supports various software packages for CAM integration, simulation, and process optimization.

Okuma Multus B:

• CNC Control Unit: Features the Okuma OSP-P300 control system, known for its intuitive interface and powerful programming features.
• Software Integration: Seamlessly integrates with Okuma’s proprietary software solutions, such as Collision Avoidance System (CAS) and Thermo-Friendly Concept, enhancing operational safety and accuracy.

5. Precision and Performance

BIGLIA B 1200 S SMART TURN:

• Accuracy: High precision machining with tight tolerances, supported by robust construction and advanced control systems.
• Performance: Capable of high-speed and heavy-duty machining, suitable for a wide range of materials and applications.

Okuma Multus B:

• Accuracy: Renowned for its exceptional accuracy and repeatability, aided by advanced thermal compensation and vibration damping technologies.
• Performance: High-performance machining capabilities, including complex 5-axis operations, ideal for intricate parts and high-volume production.

6. Automation and Flexibility

BIGLIA B 1200 S SMART TURN:

• Automation Options: Compatible with various automation solutions, such as robotic loaders and bar feeders, to enhance productivity.
• Flexibility: Versatile machine design allows for quick changeovers and adaptability to different machining tasks.

Okuma Multus B:

• Automation Options: Integrates with advanced automation systems, including Okuma’s own pallet systems and robotic interfaces, to streamline production.
• Flexibility: Highly adaptable to diverse machining needs, with extensive tooling and spindle options to accommodate complex geometries and processes.

7. Applications

BIGLIA B 1200 S SMART TURN:

• Industries: Widely used in automotive, aerospace, medical, and general manufacturing industries.
• Typical Parts: Suited for producing high-precision components such as shafts, gears, and intricate machined parts.

Okuma Multus B:

• Industries: Serves a broad range of industries including aerospace, automotive, heavy machinery, and precision engineering.
• Typical Parts: Ideal for complex parts requiring multi-axis machining, such as turbine blades, orthopedic implants, and complex housings.

Conclusion

Both the BIGLIA B 1200 S SMART TURN and the Okuma Multus B CNC multitasking machines represent the pinnacle of modern machining technology, each with its strengths and unique features. The BIGLIA B 1200 S SMART TURN excels in flexibility and user-friendly controls, making it suitable for a wide range of applications. Meanwhile, the Okuma Multus B stands out for its advanced control systems, precision, and integration with automation, catering to high-complexity, high-volume production environments.

Selecting between these two machines will depend on specific operational requirements, such as the complexity of the parts, production volume, and integration needs within the manufacturing process. Both machines offer exceptional performance, ensuring high-quality and efficient production in various industrial applications.

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