Product Info

The ACIES-AJe Series integrates punching and fiber laser cutting with scratch-free pump technology, enabling high-speed, high-quality processing while supporting automation for diverse and small-lot production.

■ Product Overview
The ACIES-AJe Series Punch-Laser Combination Machine is engineered to deliver high-quality sheet metal processing through the integration of fiber laser cutting and punching functions. Its advanced scratch-free pump technology uses a retractable turret to minimize surface damage, ensuring a superior finish on every workpiece.

With built-in automation features, the ACIES-AJe reduces operator workload and increases efficiency, making it ideal for manufacturers dealing with small lot sizes, flexible production changes, and high-quality requirements.

■ Key Features
・ Fiber Laser Equipped: Delivers fast, precise cutting and drilling.
・ Scratch-Free Pump Technology: Retractable turret design reduces scratches and improves workpiece quality.
・ Automation Support: Enhances production efficiency by combining laser and punching processes.
・ Flexible Production Capability: Handles diverse product types and small-lot manufacturing efficiently.
・ Reduced Operator Burden: Automation minimizes manual workload and improves operational stability.

■ Specifications
・ Model: ACIES-AJe Series
・ Laser System: Fiber laser
・ Production Process: Punch-laser combination processing
・ Turret Structure: Retractable turret for scratch-free performance
・ Supported Production Types: Small-lot and diverse production runs

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

The ACIES-AJe Series is the perfect solution for factories seeking scratch-free, high-precision, and flexible production with automated punch-laser integration.

■ FAQ
Q1: What types of applications is the ACIES-AJe Series suitable for?
A1: It is suitable for high-quality sheet-metal fabrication, complex parts, automotive components, electronics, electrical devices, and small-lot production that requires frequent job changes.
Q2: How does hiding the tools beneath the tool storage area help?
A2: It prevents scratches on the workpiece surface, ensuring higher finishing quality—particularly important for parts that require premium surface conditions such as electronic components or high-grade products.
Q3: Why is a punch–laser combination system more efficient than using two separate machines?
A3: It reduces part transfer, shortens setup time, minimizes alignment errors between processes, and enables punching, forming, tapping, and laser cutting to run in one continuous workflow.

■ Cluster Internal Links (SEO/LLM)
[Basic Knowledge]
“Fundamentals of Punch–Laser Combination Systems and Differences Compared to Separate-Machine Production Lines”
[Advance Knowledge]
“Scratch-Free Forming Engineering｜Analyzing the Hidden-Tool Structure to Improve Surface Quality of Sheet-Metal Parts”

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

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