ADH's fiber laser cutting machine lineup encompasses a diverse range:

• Single Table Fiber Laser Cutting Machine (Model ULF)
• Double Table Fiber Laser Cutting Machine (Model ULE)
• Dual-use Fiber Laser Cutting Machine for plate and tube (Models ULFT and ULET)
• Tube Laser Cutting Machine (Model FPC)
• Precision Laser Cutting Machine (Model ULJM)

Our product portfolio features laser power options spanning from 1kW to an impressive 60kW, accommodating a wide spectrum of cutting requirements.

• Carbon and stainless steel
•  Aluminum and its alloys
• Copper-based metals
•  High-value metals (gold, silver, platinum)
• Various non-ferrous metals
•  Select non-metallic substances (model-dependent)

For those seeking precision in thin non-ferrous and precious metal cutting, our ULJM model offers specialized performance.

• Swift and accurate cutting performance
• Capability to produce intricate designs
• Minimal thermal impact zone, reducing material alteration
• Cost-effective operation versus CO2 laser alternatives
• Effective on reflective metallic surfaces, including copper and aluminum
• Intuitive CNC interface for effortless operation

ADH's commitment to customer satisfaction extends beyond the sale with:

• Virtual technical support through telephone and email channels
• Field service dispatched when necessary
• Extensive 15-year guarantee on machine framework
• 1-2 year coverage for components and add-ons
• Ready access to replacement parts
• Regular software enhancements and skill development sessions

Standard units usually arrive at your doorstep in just 20 days. If you're after a customized solution, we'll have your specialized machine ready in about 45 days.

Absolutely, ADH offers tailored laser cutting solutions to suit your individual specifications. Our skilled engineers collaborate closely with clients to develop systems that precisely address their distinct requirements.

Absolutely. ADH offers thorough operator education with each machine investment. Our training covers equipment operation, upkeep, and problem-solving techniques.

• Automotive production
•  Aerospace engineering
• Consumer electronics and appliance fabrication
•  Culinary equipment manufacturing
•  Marketing and promotional displays
•  Metallic furniture crafting
•  Farm equipment construction
• Decorative architectural elements

Selecting the ideal laser cutting machine model involves weighing several crucial factors:

• Material considerations: Evaluate the primary substances and their thicknesses you'll be working with

• Precision requirements: Determine the level of accuracy your projects demand

• Production expectations: Assess your anticipated output volume

• Spatial constraints: Consider the available area in your workspace

• Financial parameters: Factor in your budgetary limitations

  By carefully examining these elements, you'll be better equipped to choose a laser cutting machine that aligns with your specific needs.

• When it comes to metal cutting, particularly reflective metals, fiber laser cutting machines excel.
• For non-metallic material cutting tasks, CO2laser cutting machines take the lead.
• Fiber laser cutting machines typically offer superior energy efficiency and reduced maintenance expenses.

While ADH's laser cutting equipment boasts intuitive interfaces, we strongly advise operators to undergo expert training to ensure both safety and productivity. ADH offers thorough operational instruction programs to meet this need.

• Thorough cleansing of optical elements
• Examination and purification of the cooling mechanism
• Application of lubricants to movable components
•  Scrutiny of gas delivery and supporting systems
• Periodic adjustment and fine-tuning

•  Equip yourself with appropriate personal protection, particularly safety goggles
•  Select a well-ventilated workspace for operation
• Comply with prescribed operating guidelines and refrain from direct ocular contact with the laser
•  Perform regular examinations of safety interlock systems

Indeed, ADH's laser cutting machines are engineered to adhere to current environmental regulations, featuring reduced energy usage and minimal emissions. Numerous models incorporate advanced dust extraction systems, effectively mitigating their environmental footprint.