通快推出 TruLaser 8000 Power Edition 厚板激光切割机，配 50 kW 光纤激光
High Power Laser Cutting Machine For Thick Plates
通快（TRUMPF）推出 TruLaser 8000 Power Edition 激光切割机，用于机械工程领域厚板加工，配备 50 kW 光纤激光，是通快此前最高激光功率的两倍。该机面向 10 至 80 毫米厚板材，针对厚板切割速度低、过程不稳定等问题，通过整机结构设计把高功率有效传入材料，兼顾切割速度、精度与加工质量。系统集成多套相机，分别监控机床内部、切割过程和交换工作台，实时画面与通知显示在控制面板附加屏幕的中央看板上，可远程访问，集中呈现机床状态、剩余运行时间和当前事件，便于操作者定位故障原因；系统利用率评估功能可在多台设备并行管理时发现可用性优化空间。按所选规格，可加工 3×1.5 米至 8×2.5 米板材，适用于钢材服务中心、重型机械与工厂建设、基础设施项目及国防工业。产品将在 EuroBLECH 2026 展会正式上市，2027 年 4 月还将在通快 INTECH 内部展会展出。
metalworkingmag.com
21 {{ "2026-10-21T00:00:00+00:00" | date "MMM" }} '26
Written on {{ "2026-10-21T00:00:00+00:00" | date "longDate" }} Modified on {{ "2026-10-21T00:00:00+00:00" | date "longDate" }}
TRUMPF presents the TruLaser 8000 Power Edition to increase productivity and cutting quality when processing high material thicknesses in the mechanical engineering sector.
www.trumpf.com
The economical processing of thick sheet metal requires cutting systems that efficiently convert high laser power into precise cutting results. To meet this industrial requirement in construction and stainless steel processing, TRUMPF is introducing the new TruLaser 8000 Power Edition laser cutting machine.
Laser Power And Cutting Process
The processing of material thicknesses between ten and 80 millimeters is often characterized by low cutting speeds and process-related instabilities. The TruLaser 8000 Power Edition addresses this challenge by integrating a 50 kilowatt fiber laser, which corresponds to a doubling of the highest laser power previously available in the TRUMPF portfolio. The machine architecture is designed to effectively transfer this high available power into the material to ensure a combination of high cutting speed, precision, and robust processing quality. Martin Blaschke, product manager at TRUMPF, emphasizes that the developed solution combines high productivity with the mechanical robustness typical of the system.
System Integration And Process Monitoring
For continuous daily manufacturing operations, the reduction of unplanned downtime is essential. The system features several integrated camera systems that monitor the entire machine interior, the active cutting process, and the pallet changer. These live images and real-time notifications are provided on a central dashboard on the additional screen of the control panel and can be accessed from any location. The system clearly consolidates machine status, remaining runtimes, and current events so that operators can quickly identify the causes of malfunctions and intervene specifically. Detailed evaluations of system utilization make potentials visible for optimizing machine availability when managing multiple systems in parallel.
Industrial Applications And System Formats
Depending on the selected format, the laser cutting machine processes metal sheets with dimensions ranging from 3 by 1.5 meters up to 8 by 2.5 meters. The system is particularly suitable for steel service centers, heavy machinery and plant construction, infrastructure projects, and the defense industry, where the highest quality requirements are placed on components made of thick sheet metal. The official market launch will start at the EuroBLECH 2026 trade fair. In April 2027, TRUMPF will also present the system at its INTECH in-house exhibition.
Additional Context
This section contains technical specifications and competitive benchmarking that were not included in the original product announcement.
The integration of fiber lasers with 50 kilowatts of power marks a significant technological leap in industrial sheet metal manufacturing. In heavy industry, high-power laser cutting is increasingly replacing established processes such as plasma or oxy-fuel cutting, as it offers far smaller thermal heat-affected zones and higher dimensional accuracy for massive components. In the highly competitive market for thick sheet cutting systems, manufacturers like Bystronic and EAGLE are also driving the scaling of laser source power. The critical benchmark for these systems lies in the ability of the optical components and the cutting head to continuously manage the massive thermal profile of the 50 kW beam without focus shift (thermal shift) or optical degradation. Intelligent camera systems for monitoring the melt pool are a mandatory technological prerequisite here in order to precisely control the extreme energy input and prevent material defects at maximum feed rates.
Edited by Maria Brueva, Induportals editor - adapted by AI.
www.trumpf.com
来源：Metalworking International · metalworkingmag.com