0 - 5mm 溶接レーザーと0 - 10mm 清掃レーザービームサイズ
| Handheld Laser Gun Weight: | 0.7kg | Laser Power: | 2000W |
| Handheld Laser Gun Materials: | アルミニウム合金とステンレス鋼 | Welding Laser Beam Size: | 0-5mm 調節可能 |
| Cleaning Laser Beam Size: | 調節可能な0-50mm | Welding Materials: | 鉄鋼/不?? 鋼/アルミニウム |
| Wire Feeding Device: | 標準型:0.8&1.0&1.2&1.6mmワイヤ | Double Route Wire Feeder: | オプション (同じ時間での二重配送) |
| Welding parameter storage: | 30種類の異なる溶接パラメータを保存 | ||
| High Light: | 5mm 溶接レーザーマシン,1台の手持ち型のレーザ溶接機械に付き3台,10mmレーザー洗浄機 |
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0-5mmの溶接レーザーと0-10mmの清掃レーザービームサイズ
0-5mmの溶接レーザーと0-10mmの清掃レーザービームサイズ記述:
コンパクト半導体溶接機 独立制御と均等な大きなスポット性能
Compact Semiconductor Welder with Independent Control & Uniform Large-Spot Performance In the field of laser processing, fiber semiconductor lasers are gradually replacing traditional YAG lasers thanks to their higher electro-optical conversion efficiency. Their efficiency can be several times that of conventional light sources, enabling the system to consume less power while delivering the same energy output, thus significantly reducing overall energy consumption and long
HW プラットフォーム ガルバノメーター 溶接頭 多様な振動とレーザー 放出モード
HW Platform Galvanometer Welding Head with Diverse Wobble and Laser Emission Modes The galvanometer scanning welding head of the platform adopts a compact design, featuring small overall size and light weight, which makes it easy to integrate into various laser welding equipment. Lightweight design not only reduces the load on robotic arms or platforms, but also improves welding flexibility and precision, providing a reliable guarantee for automated production. Key Features
超高吸収 双振動 ブルーハイブリッドレーザー 熱帯頭 エネルギー節約
Ultra High Absorption Dual Oscillation Blue Hybrid Laser Welding Head Energy Saving The Dual-Oscillation Blue Laser Hybrid Welding Head is specifically engineered for thick-plate structures and high-demand metal welding applications. Its core advantage lies in the combined design of adjustable laser spot and dual-path oscillation. By modifying the spot coverage and energy distribution, the welding head can seamlessly adapt to workpieces of varying thicknesses, shapes, and
YAGネガティブフィードバック溶接機,独立開発されたPID電源フィードバック技術
YAG Negative Feedback Welder with Independently Developed PID Power Feedback Technology The YAG energy negative-feedback laser welding machine uses a fiber-conducted output structure design, supporting free switching between single and multiple optical paths to meet the requirements of laser energy distribution in different process scenarios. At the same time, the equipment can be flexibly paired with various types of welding workstations, such as automated assembly line
