Detailed Technical Data Sheet: Cazeneuve 360 HBX Parallel Lathe
Introduction
The Cazeneuve 360 HBX Parallel Lathe is a high quality used piece of equipment, known for its precision and robustness. This model is ideal for workshops and laboratories that need a reliable and high-performance lathe. We analyze in detail the specifications and characteristics of the Cazeneuve 360 HBX, paying attention to its technical characteristics, methods of use and maintenance.
Components and Construction
Brand and Model: Cazeneuve 360 HBX Parallel Lathe
- Tip height: 180 mm
- Distance between tips: 800 mm
- Overall dimensions: L 2000 mm × l 1000 mm × h 1300 mm
- Weight: The machine, although not specified, is typically sturdy and heavy, suitable for ensuring stability during processing.
Construction and Components:
- Bench: The Cazeneuve 360 HBX is constructed with a high-quality cast iron bench, designed to minimize vibration and ensure precise machining. The robustness of the bench is fundamental for the stability and durability of the machine.
- Spindle and Supports: The lathe is equipped with solid chucks and supports that ensure good alignment of the workpiece and uniform machining. The HBX model is known for its high precision spindle system.
- Undercarriage and Brake: The undercarriage is designed for linear and precise movements, while the brake helps keep the machine stable during operation.
Mechanical Characteristics
The Cazeneuve 360 HBX lathe offers the following mechanical characteristics:
- Rotation Speed: The Cazeneuve 360 HBX is equipped with a powerful motor with an adjustable speed range, which can vary depending on configurations and processing needs.
- Motor Power: Although not specified in general details, the power is sufficient to process a wide range of materials. Typically, lathes of this type have motors with powers that can vary from 3 to 7 kW.
- Precision and Stability: The robust construction and precise spindle system contribute to the quality of workmanship, ensuring tight tolerances and a high-quality finish.
Usage Procedure
- Preparation of the Workpiece: Mount the workpiece on the chuck and secure it securely. Make sure the piece is centered and well aligned.
- Adjusting Settings: Set the rotation speed and other configurations according to the specifications of the workpiece and the type of machining desired.
- Starting the Lathe: Turn on the lathe and start machining, monitoring the process to ensure accuracy and quality.
- Monitoring: During machining, use measuring tools to verify part dimensions and tolerances, making adjustments if necessary.
Matching accessories
- Additional Mandrels: Can be used to adapt to workpieces of different sizes and shapes.
- Turning Tools: Cutters, drills and other tools can be used for various machining operations.
- Supports and Lunettes: To machine long pieces and improve stability during machining.
Formulas for Optimal Use
- Cutting Speed (Vc): Calculated with the formula Vc = (π × D × N) / 1000, where D is the diameter of the workpiece and N is the speed in revolutions per minute (rpm).
- Feed (F): Determined with the formula F = (Vc × Z) / 1000, where Z is the number of teeth on the tool.
- Cutting Depth: The ideal cutting depth varies based on the material and engine power. It is recommended not to exceed 2-3 mm per pass on the hardest materials.
Workable Materials
The Cazeneuve 360 HBX lathe is suitable for working:
- Steel: Ideal for robust and resistant components.
- Aluminium: Suitable for light and precision parts.
- Bronze and Brass: Perfect for applications requiring high workability and wear resistance.
Maintenance
- Regular Lubrication: Ensure all moving parts are adequately lubricated to reduce wear and maintain performance.
- Tolerance Check: Periodically check the tolerances and wear of the components.
- Cleaning: Keep the lathe clean of chips and dust to prevent damage and maintain functionality.
Evaluation of used cars
When purchasing a used Cazeneuve 360 HBX lathe, it is important:
- Check the General Condition: Check for any signs of wear or structural damage.
- Test Machining Accuracy: Make sure the machine maintains specified tolerances and runs smoothly.
- Request the Maintenance History: Find out about any repairs and maintenance carried out.
Sectors of Use
The Cazeneuve 360 HBX lathe is ideal for:
- Mechanical Workshops: For the production and processing of metal components.
- Industrial Sector: For precision turning on medium-sized pieces.
- Precision Laboratories: For applications that require high precision and quality in processing.
Advantages of Buying Used
- Lower Cost: Purchasing a used lathe like the Cazeneuve 360 HBX can result in significant savings compared to purchasing a new one.
- Reliability: If well maintained, a used lathe can offer excellent performance comparable to that of a new model.
- Value: Used machines can hold a good value, especially if they are in good condition and in working order.
In conclusion, the Cazeneuve 360 HBX Parallel Lathe represents an excellent choice for those looking for a robust and precise machine tool. With proper maintenance and careful evaluation, a used example of this model can continue to offer excellent performance for many years, making the purchase an advantageous option from both an economic and functional point of view.
PRICE ON REQUEST
ITEM CODE 00031
