ADH provides a diverse range of fiber laser cutting machines:

• ULF Model: Single Table Fiber Laser Cutter
• ULE Model: Double Table Fiber Laser Cutter
• ULFT and ULET Models: Versatile Fiber Laser Cutters for both plate and tube
• FPC Model: Specialized Tube Laser Cutter
• ULJM Model: High-Precision Laser Cutter

Our product line features laser power capacities spanning from 1kW to an impressive 60kW, accommodating various cutting requirements.

• Carbon steel
• Stainless steel
• Aluminum
• Copper and its alloys
• Noble metals (gold, silver, platinum)
• Additional non-ferrous metals
• Select non-metallic substances (model-dependent)

Our high-precision laser cutter (Model ULJM) is engineered specifically for thin non-ferrous and precious metal cutting applications.

• Unmatched speed and accuracy in cutting
• Effortlessly handle intricate designs
• Minimal material distortion due to localized heat impact
• Cost-effective operation versus traditional CO2 lasers
• Exceptional performance on reflective metals including copper and aluminum
• Intuitive CNC interfaces for seamless operation

ADH delivers extensive post-purchase assistance, encompassing:

• Virtual technical guidance through phone/email channels
• Field service when necessary
• 15-year guarantee on the machine's structural frame
• 1-2 year coverage for components and add-ons
• Provision of replacement parts
• Software enhancements and skill development sessions

Our standard models are usually ready for shipment in about 20 days. For bespoke machines, expect a lead time of approximately 45 days.

Absolutely, ADH offers customizable laser cutting solutions to meet your specific needs. Our expert engineering team collaborates with clients to design systems that perfectly align with their unique requirements.

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

• Vehicle production
• Aviation and space technology
• Consumer electronics and electrical equipment
• Culinary tool fabrication
• Marketing and promotional displays
• Metallic furnishings
• Farm equipment engineering
• Interior and exterior architectural embellishments

When deciding on the optimal laser cutting machine model, evaluate the following critical factors:

• Characteristics and dimensions of your primary workpiece materials
• Precision requirements for your cutting operations
• Projected manufacturing capacity
• Available space in your facility
• Budgetary constraints for equipment investment

• Fiber laser cutting technology excels in processing metallic materials, particularly those with reflective surfaces.
• For non-metallic material cutting, CO2 laser cutting machines offer superior performance.
• When it comes to energy efficiency and maintenance expenses, fiber laser cutting machines typically outperform their CO2 counterparts.

While ADH's laser cutting equipment boasts intuitive interfaces, professional training is advised to ensure safe and efficient use. For this purpose, ADH offers thorough operational instruction services.

• Maintaining optical elements
• Examining and sanitizing the cooling mechanism
• Applying lubricant to movable components
• Evaluating gas and supporting systems
• Consistent calibration procedures

• Donning proper personal safety gear, including protective eyewear
• Maintaining adequate ventilation in the workspace
• Adhering to operational guidelines and steering clear of laser beam eye exposure
• Conducting routine checks on safety interlocking mechanisms

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.