Detailed Technical Data Sheet: Okuma Lathe

Introduction

The Okuma Lathe is a high precision and reliable machine tool, designed to meet the needs of modern workshops and industries that require complex and high quality machining. This lathe, equipped with tailstock, electrospindle and 12-station electric turret, represents an excellent choice for those looking for high performance and versatility in processing parts. Below we analyze in detail the technical specifications and characteristics of this used machine.

Components and Construction

Brand and Model: Okuma lathe

Main Components:

• Tailstock: Provides additional support to long or heavy workpieces, improving stability and precision during machining.
• Electrospindle: Offers high precision and versatility, allowing turning and milling operations with an adjustable rotation speed.
• 12-Station Electric Turret: Allows the mounting of different tools and quick change between them, increasing efficiency and reducing downtime.
• X Axis Motor: Recently replaced, it guarantees optimal and reliable performance for movement operations along the X axis.
• Retrofitted Motherboard: The motherboard has been updated by the parent company, with only 1 year of life, ensuring advanced technology and reliability.

Technical Specifications

• Turning Diameter: Detailed diameter specifications not provided; generally variable based on the specific model.
• Turning Length: Detailed length specifications not provided; generally variable based on the specific model.
• Spindle Rotation Speed: Variable based on the model and the electrospindle installed.
• X Axis Motor: Recently replaced, with optimal power and performance.
• Number of Turret Stations: 12, with the possibility of mounting different tools.
• Motherboard: Retrofitted, one year old, offers modern technology and recent updates.

Mechanical Characteristics

The Okuma Lathe is designed to offer:

• Precision and Reliability: Thanks to the electrospindle and the electric turret, the machine guarantees high quality workmanship.
• Versatility: The 12-station turret allows you to handle a wide range of tools and operations.
• Advanced Technology: With the recently updated motherboard, the machine benefits from the latest technological innovations.

Usage Procedure

1. Preparation of the Workpiece: Mount the workpiece on the chuck, making sure it is well secured.
2. CNC Programming: Use the control system to enter machining parameters, including tool paths and rotational speeds.
3. Tool Selection and Assembly: Mount the necessary tools on the electric turret and configure them according to the processing needs.
4. Starting Processing: Start the turning process and monitor the machine to ensure everything is proceeding according to specifications.
5. Checking and Adjustment: Check the quality of the finished piece and make any necessary adjustments.

Matching accessories

• Specialized Tools: For specific operations such as milling or boring.
• Measuring Devices: To ensure precision and compliance with tolerances.
• Support Equipment: Such as centering devices and supports for long workpieces.

Formulas for Optimal Use

• Cutting Speed ​​(Vc): Vc = (π × D × N) / 1000, where D is the diameter of the workpiece and N is the rotation speed in revolutions per minute (rpm).
• Feed (F): F = (Vc × Z) / 1000, where Z is the number of teeth on the tool.
• Cutting Depth: Determined based on the material and engine power; follow the manufacturer's specifications.

Workable Materials

The Okuma lathe is suitable for processing various materials, including:

• Steel: For robust and resistant components.
• Aluminum: Ideal for lightweight, high-precision parts.
• Bronze and Brass: For applications requiring good workability.

Maintenance

• Regular Lubrication: Make sure all moving parts are well lubricated to reduce wear.
• Periodic Check: Check the tolerances and performance of the machine regularly.
• Cleaning: Remove chips and dust to maintain optimal performance.

Evaluation of used cars

To evaluate a used Okuma lathe, consider:

• General Condition: Inspect the machine for signs of wear or damage.
• Functionality: Test all functions, including electronics and turret.
• Upgrades and Maintenance: Verify that the motherboard and X-axis motor have been maintained or recently replaced.

Sectors of Use

The Okuma Lathe is used in various sectors, including:

• Mechanical Workshops: For the production of precision components.
• Aerospace Industry: For high precision machining.
• Automotive sector: For the production of components for vehicles and engines.

Advantages of Buying Used

• Cost Savings: A used lathe like the Okuma is an economical option compared to purchasing a new one.
• Reliability: With proper maintenance, a used lathe can offer comparable performance to a new one.
• Value: A well-maintained used lathe can continue to perform well and represent a worthwhile investment.

In summary, the Okuma Lathe is a highly versatile and precise machine tool. With adequate maintenance and careful evaluation, a used model of this type can continue to offer excellent performance and represent an advantageous choice in both economic and operational terms.