XT LASER
CNC Control Systems for Smart Laser Cutting Machines: Mainstream Solutions and Technology Roadmaps
Written by Steven, Technical Operations at XT LASERPublished: July 2026 | Read Time: 3mins
TL;DR:The CNC control system is the core control unit of smart laser cutting machines. Current market solutions are divided into two categories: dedicated systems and general-purpose platform integrated systems. This article outlines the major suppliers and their technical characteristics, and analyzes the direction of intelligent evolution.
Technology Roadmap Classification
Dedicated systems: Deeply optimized for laser processes, represented by Han’s Laser Smart Control, Bochu Electronics, and Weihong.
General-purpose platform integration: Secondary development based on platforms such as Beckhoff EtherCAT, represented by Wisden.
Mainstream Control Systems
Han’s Smart Control HAN’S Series: A subsidiary of Han’s Laser, the HAN’S 801 uses an Intel quad-core CPU, integrates S-curve speed planning and multi-axis interpolation, is based on the EtherCAT bus, and has an adoption rate exceeding 95%.
Bochu Electronics FSCUT Series: A leader in high-power flatbed cutting. The FSCUT8000 supports ultra-thick plate piercing, intelligent tool retraction, and automatic re-cutting. The HypCut software features built-in process models and supports production scheduling management.
Wisden WSD-E Series: Focused on 3D cutting, developed on the Beckhoff EtherCAT platform. The WSD-E10 features 5-axis linked interpolation (precision 0.1μm), with proprietary RTCP algorithms and vision calibration to solve 5-axis calibration challenges, holding a leading market share in profile cutting.
Weihong: Achieves full-chain connectivity based on EtherCAT. The NcControl central control system supports independent operation of multiple gantries and intelligent task distribution.
Other manufacturers: Jinzhou CNC covers over ten product series; Ruidar RDC series supports USB/Ethernet/WiFi three-channel connectivity; Siasun CNC provides a full-bus, full-power turnkey solution.
Key Intelligent Technologies
Multi-axis linkage: The 3D 5-axis RTCP algorithm has become a standard feature in high-end systems, ensuring precise tool orientation for curved surface cutting.
Bus-based integration: EtherCAT enables a “one-network-to-the-end” integrated architecture.
AI assistance: Some systems support automatic parameter adjustment and unmanned production.
Centralized control coordination: In multi-gantry scenarios, centralized scheduling can increase production capacity by approximately 25% and reduce labor costs by approximately 80%.
Conclusion
The market has formed a pattern of domestic dominance and diversified competition. Selection should be based on processing type, power, and intelligence requirements: Wisden WSD-E10 is recommended for 3D applications, while Bochu FSCUT and Han’s HAN’S represent the leading choices for high-power flatbed cutting. Systems are evolving from instruction execution toward autonomous decision-making.
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