PRODUCT
Production Goods
Fiber Laser Cutting | Comparing Traditional Technology with LBC Innovation
Discover the key differences between standard fiber laser machines and advanced LBC technology. Learn how LBC enables faster cutting, cleaner edges, and lower overall costs for factories in Thailand.
■ What is a Fiber Laser?
A fiber laser uses fiber optic cables to deliver a high-intensity beam for precision cutting. Its advantages include:
・ High energy efficiency
・ Excellent performance on reflective metals
・ Strong suitability for carbon steel, stainless steel, aluminum, and copper
Standard fiber laser machines are widely used due to their cutting speed, ease of use, and good quality output. However, challenges arise when cutting thicker materials or when edge quality is critical — limitations often seen in terms of speed, energy consumption, and finishing.
■ What is LBC Technology?
LBC (Locus Beam Control) is an advanced laser technology that changes how the beam interacts with material. Unlike a static fiber laser beam, the LBC beam can rotate or oscillate during cutting, resulting in:
・ Faster piercing of materials
・ Smoother edge finishes
・ Reduced heat accumulation
・ Fewer burrs and dross
・ Significantly faster cutting on thick materials
■ Who Benefits from Each Technology?
Standard Fiber Laser:
・ Best for thin material cutting
・ Suitable for simple, repetitive parts
・ Attractive for manufacturers with limited budgets
・ Works well where edge quality is not the top priority
Fiber Laser with LBC:
・ Ideal for thick materials requiring burr-free edges
・ Supports high-speed, varied production needs
・ Reduces cost per part with faster operations
・ Increases productivity while minimizing downtime
■ Why Choose Fiber Laser with LBC Technology?
Although machines with LBC may require higher initial investment, the long-term benefits are significant:
・ Lower cost per part – reduced rework, faster cycle times
・ Material savings – less heat distortion and fewer rejected parts
・ Lower operating costs – less energy and cutting gas use
・ Higher competitiveness – meets demanding quality standards
For manufacturers planning to modernize production, LBC technology is not just an upgrade — it is a strategic investment in long-term profitability.
■ Suggested Solution for Thai Manufacturers
For companies in Thailand seeking advanced laser cutting solutions, Amada (Thailand) Co., Ltd. offers fiber laser machines with LBC technology. These machines deliver superior speed, precision, and cost efficiency, helping factories boost output while reducing operating costs. Backed by Amada’s technical expertise and service support in Thailand, manufacturers can confidently adopt this next-generation cutting technology.
■ For more details, please contact us or download the detailed materials below.
#FiberLaser #LBCtechnology #MetalProcessing #LaserCutting #FactoryThailand #AmadaThailand #SmartFactory #ManufacturingEfficiency
■ What is a Fiber Laser?
A fiber laser uses fiber optic cables to deliver a high-intensity beam for precision cutting. Its advantages include:
・ High energy efficiency
・ Excellent performance on reflective metals
・ Strong suitability for carbon steel, stainless steel, aluminum, and copper
Standard fiber laser machines are widely used due to their cutting speed, ease of use, and good quality output. However, challenges arise when cutting thicker materials or when edge quality is critical — limitations often seen in terms of speed, energy consumption, and finishing.
■ What is LBC Technology?
LBC (Locus Beam Control) is an advanced laser technology that changes how the beam interacts with material. Unlike a static fiber laser beam, the LBC beam can rotate or oscillate during cutting, resulting in:
・ Faster piercing of materials
・ Smoother edge finishes
・ Reduced heat accumulation
・ Fewer burrs and dross
・ Significantly faster cutting on thick materials
■ Who Benefits from Each Technology?
Standard Fiber Laser:
・ Best for thin material cutting
・ Suitable for simple, repetitive parts
・ Attractive for manufacturers with limited budgets
・ Works well where edge quality is not the top priority
Fiber Laser with LBC:
・ Ideal for thick materials requiring burr-free edges
・ Supports high-speed, varied production needs
・ Reduces cost per part with faster operations
・ Increases productivity while minimizing downtime
■ Why Choose Fiber Laser with LBC Technology?
Although machines with LBC may require higher initial investment, the long-term benefits are significant:
・ Lower cost per part – reduced rework, faster cycle times
・ Material savings – less heat distortion and fewer rejected parts
・ Lower operating costs – less energy and cutting gas use
・ Higher competitiveness – meets demanding quality standards
For manufacturers planning to modernize production, LBC technology is not just an upgrade — it is a strategic investment in long-term profitability.
■ Suggested Solution for Thai Manufacturers
For companies in Thailand seeking advanced laser cutting solutions, Amada (Thailand) Co., Ltd. offers fiber laser machines with LBC technology. These machines deliver superior speed, precision, and cost efficiency, helping factories boost output while reducing operating costs. Backed by Amada’s technical expertise and service support in Thailand, manufacturers can confidently adopt this next-generation cutting technology.
■ For more details, please contact us or download the detailed materials below.
#FiberLaser #LBCtechnology #MetalProcessing #LaserCutting #FactoryThailand #AmadaThailand #SmartFactory #ManufacturingEfficiency
Company Information
Industry Classification
Industrial machinery
Main 3 Products
Sheet Metal Fabrication Machines / Metal Cutting Machines / Micro Welding Systems
Phone Number
Homepage URL
Since our founding in 1946, the AMADA Group has continuously created and risen to challenges as a manufacturer of metalworking machinery and supported global manufacturing. With “Growing Together with ...
CONTACT
Contact