Product Info

The EML-AJe Series combines punching and fiber laser cutting in one system, reducing costs by half and doubling production efficiency while supporting automation to solve labor shortages.

■ Product Overview
The EML-AJe Series Punch-Laser Combination Machine is designed for next-generation manufacturing, equipped with a fiber laser oscillator that delivers higher speed, better precision, and greater efficiency than conventional CO₂ laser systems. This innovation not only cuts costs but also boosts productivity, making it the new standard for competitive production environments.

The integration of automation features reduces operator workload, addresses labor shortages, and ensures stable, long-term production. Capable of handling complex workpieces with both high-speed punching and precision laser cutting, the EML-AJe offers unmatched versatility and profitability.

■ Key Features
・ Fiber Laser Oscillator: Enhances cutting speed and accuracy while reducing operating costs.
・ High-Speed Punching: Processes complex parts quickly with precise results.
・ Automation Integration: Reduces labor requirements and increases operational stability.
・ Modern Standard Machine: Establishes high-efficiency production as the factory benchmark.
・ Supports Workforce Reformation: Mitigates labor shortages while boosting efficiency.

■ Specifications
・ Model: EML-AJe Series
・ Laser System: Fiber laser oscillator
・ Production Process: Punch-laser combination processing
・ Supported Production Types: High-efficiency, automated manufacturing

■ Applications
・ High-precision sheet metal processing
・ Automotive parts manufacturing
・ Electrical and electronic component fabrication
・ Industrial equipment housing production
・ Medical device component processing

The EML-AJe Series is the ultimate solution for manufacturers seeking cost reduction, higher efficiency, and automation-driven productivity in punch-laser processing.

■ FAQ
Q1: What types of factories are suited for the EML-AJe Series?
A1: It is ideal for sheet-metal fabrication factories that require high speed, high precision, and diverse production—such as automotive, electronics, electrical appliances, and industrial structure manufacturing.
Q2: Why does combining punching and fiber-laser cutting reduce production costs by up to 50%?
A2: Because forming, punching, tapping, and cutting are all completed in a single machine, reducing material handling, setup time, labor requirements, and overall energy consumption compared to traditional CO₂ laser systems.
Q3: How does a Fiber Laser Oscillator differ from a CO₂ Laser Oscillator?
A3: Fiber Laser offers higher speed, lower energy consumption, no beam-quality loss from reflections, and significantly lower maintenance costs.

■ Cluster Internal Links
[Basic Knowledge]
“Fundamentals of Punch–Laser Combination Systems and Advantages Compared to Multi-Machine Production Lines”
[Advance Knowledge]
“Hybrid Punch–Laser Workflow Optimization｜Analyzing Combination-Process Performance to Increase Throughput and Reduce Total Cost”

■ Download the PDF document for more information or inquire for further details immediately!

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