Okuma LB400BBMY For Sale
The Okuma LB400BBMY is a CNC lathe crafted to cater to the demanding needs of precision machining. Known for its reliability and precision, this machine is suited for industries such as aerospace, automotive, and medical. It is capable of producing high-quality parts, including complex geometrical shapes and assemblies. The LB400BBMY is equipped with advanced features that enhance productivity, making it a valuable asset for manufacturers focused on efficiency. With its ability to work on a variety of materials, it caters to diverse component fabrication needs. This model supports flexible manufacturing operations, further solidifying its place in high-performance production environments.
Okuma LB400BBMY For Sale
Okuma LB400BBMY Details and Reviews
The Okuma LB400BBMY is a specialized CNC lathe designed to meet the demands of precision machining across various sectors. Known for its accuracy and dependability, it is ideal for aerospace, automotive, and medical industries. This machine excels in creating precise components, from intricate to large parts, enhancing workflow efficiency. Equipped with sophisticated features to boost productivity, it can adeptly handle diverse materials, supporting a wide array of manufacturing needs. The LB400BBMY adaptable nature satisfies the flexible manufacturing demands of high-output production setups.
What is Okuma LB400BBMY?
The Okuma LB400BBMY is a CNC lathe designed for precision machining tasks. It operates through computer numerically controlled movements that ensure precise material shaping and cutting. Often utilized in industries like automotive, aerospace, and healthcare, this machine efficiently processes materials such as aluminum, steel, and titanium.
Okuma LB400BBMY specifications and capacity size and travels
| Specification | Inches | MM |
|---|---|---|
| Max Turning Diameter | 16.14 in | 410 mm |
| Max Turning Length | 41.34 in | 1050 mm |
| Spindle Bore | 4.49 in | 114 mm |
| X-axis Travel | 11.81 in | 300 mm |
| Z-axis Travel | 43.31 in | 1100 mm |
Okuma LB400BBMY Upgrades and Features
- Advanced OSP control system for enhanced machine operation
- Live tooling capability to perform milling operations
- User-friendly interface for efficient handling
- Automatic tool change for reduced downtime
- Programmable tailstock for additional part support
Okuma LB400BBMY Estimated New Price
- Base Price: $200,000
- Some Options: $250,000
- Fully Loaded: $300,000
Okuma-LB400BBMY History
The Okuma-LB400BBMY has a longstanding history of innovation and performance, continually upgraded to meet evolving industrial standards. Known for its precise engineering, it has earned recognition for enhancing efficiency across multiple manufacturing sectors.
Okuma LB400BBMY Industries
The Okuma L B 400 B B M Y is widely employed in industries such as aerospace, automotive, medical device manufacturing, and energy production, due to its ability to produce complex components with precision.
Okuma LB400BBMY Pros and Cons
- Pro: High precision and reliability in machining
- Pro: Ideal for large and complex part production
- Pro: Versatile material handling capabilities
- Pro: Enhanced operational efficiency with its control system
- Con: High initial investment cost
Okuma LB400BBMY Competitors
- Mazak QT-350MY
- Haas ST-30Y
- DMG Mori NLX 3000
- Mori Seiki NLX2500SY
Okuma LB400BBMY Technical Support
Factory support for Okuma LB400BBMY is available through Okuma America Corporation. Address: 11900 Westhall Drive, Charlotte, NC 28278. For technical assistance, users can visit their official website or explore Google and social media for additional support.
Okuma LB400BBMY Most Recent Reviews
"I have been using the Okuma LB400BBMY for over a year, and its precise machining capabilities never cease to amaze me. The advanced controls streamline operations significantly." – MarkF717
"Great CNC lathe for our automotive parts production. It's reliable and efficient, although the initial setup cost was on the higher side." – CarlaG839
"While it's a solid machine with excellent features, the learning curve for new operators is steep, which required additional training." – DanJ158