Ipg Photonics YLS4000S2 T For Sale
The Ipg Photonics YLS4000S2 T is a powerful laser cutting machine designed for high-precision tasks in various industries. With its state-of-the-art technology, it caters to sectors such as automotive, aerospace, and heavy machinery. The machine is known for its ability to process a variety of materials, including steel, aluminum, and plastic, offering versatility in part production. It delivers consistent performance, ensuring quality results in fabricating components like gears, enclosures, and panels. Its energy efficiency and robust construction make it a reliable choice for demanding production environments. Users benefit from its precise cutting capabilities, contributing to improved operational efficiency and product quality. Overall, the YLS4000S2 T stands as a strategic investment for manufacturers aiming to enhance their production capabilities.
Ipg Photonics YLS4000S2 T For Sale
Ipg Photonics YLS4000S2 T Details and Reviews
The Ipg Photonics YLS4000S2 T is a specialist laser cutting machine used widely in industries like aerospace, automotive, and manufacturing. Designed for handling tasks that require precision cutting, it effectively processes metals and non-metals, including plastics and composites. The machine is capable of fabricating intricate parts such as brackets, fittings, and casings, enhancing product quality and operational efficiency. Its innovative design facilitates precise cuts which are vital for producing high-quality components. Known for its durability and efficiency, the YLS4000S2 T supports large-scale production without compromising performance. This laser cutting solution helps meet the demanding needs of modern industries, making it an essential asset in a manufacturer's toolkit.
What is Ipg Photonics YLS4000S2 T?
The Ipg Photonics YLS4000S2 T is an advanced CNC laser cutting machine utilized across multiple industries such as aerospace and automotive. Operating with fiber laser technology, it uses concentrated light to cut through materials with high precision. The machine is known for processing metals like steel and aluminum, as well as non-metallic materials such as plastics and composites. Its versatility and precision make it a go-to choice for businesses needing precise component fabrication.
Ipg Photonics YLS4000S2 T Specifications
| Specification | Inches | Millimeters (mm) |
|---|---|---|
| Travel X-Axis | 160 | 4064 |
| Travel Y-Axis | 80 | 2032 |
| Travel Z-Axis | 4 | 102 |
Ipg Photonics YLS4000S2 T Upgrades and Features
- Advanced beam delivery system
- Integrated coolant system
- Automated material loader
Ipg Photonics YLS4000S2 T Estimated New Price Range
- Base Price: $400,000
- Some Options: $450,000
- Fully Loaded: $500,000
Ipg Photonics YLS4000S2-T History
The YLS4000S2-T model was launched to offer precise laser cutting solutions, enhancing industrial manufacturing capabilities. Since its introduction, it has been a reliable choice for large-scale production and precision engineering.
Ipg Photonics YLS4000S2 T Industries
- Aero space
- Auto motive
- Heavy machinery
Ipg Photonics YLS4000S2 T Pros
- High precision cutting
- Processes a variety of materials
- Energy efficient
Ipg Photonics YLS4000S2 T Cons
- High initial investment
Ipg Photonics YLS4000S2 T Competitors
- Trumpf TruLaser
- Bystronic BySprint
- Amada Fiber Laser
- Mazak Optiplex
Ipg Photonics YLS4000S2 T Technical Support
Factory support is available at:
Address: 50 Old Webster Road, Oxford, MA 01540, USA
For more information, you can reach Ipg Photonics through their website or social media platforms.
Ipg Photonics YLS4000S2 T Most Recent Reviews
"The YLS4000S2 T has been a game-changer for our manufacturing line. It consistently delivers the precision we need for our complex parts without any downtime." - BillK773
"The machine is excellent at what it does, but the initial setup was quite complex and required additional training." - JeffM237
"Exceptional quality and consistency. Our production line's efficiency has improved significantly since we integrated the YLS4000S2 T." - TinaR592