HTD - GM 三维高精密数控光纤激光切割机凭借其高精度、高速度和多样化的切割能力，广泛应用于多个行业，主要应用于小尺寸高精度产品的加工；以下是一些主要的应用行业：
汽车制造行业：
零部件加工：用于切割汽车发动机、变速器等关键零部件的外壳、支架等，高精度的切割能保证零部件的尺寸精度和表面质量，提升汽车的整体性能。
车身结构件加工：切割汽车车身的车架、车门、车顶等部位的板材和管材，实现复杂形状的加工，满足车身轻量化和高强度的设计要求。
内饰件加工：切割汽车内饰的装饰板、仪表盘等部件，可进行精细的图案切割和个性化定制，提升内饰的美观度和品质。
航空航天行业：
航空发动机部件加工：切割航空发动机的叶片、燃烧室等关键部件，高精度的切割能够保证部件的尺寸精度和表面质量，满足航空发动机高转速、高温、高压的工作要求。
机身结构件加工：切割飞机机身的框架、蒙皮等结构件，可实现复杂曲面的加工，保证机身的强度和轻量化设计。
航空航天零部件的修复和改装：对于一些航空航天零部件的修复和改装，该激光切割机能够精确地切割和加工，保证修复和改装的质量。
机械制造行业：
模具加工：切割模具的模架、型腔等部件，高精度的切割能保证模具的尺寸精度和表面质量，提高模具的使用寿命和生产效率。
机械设备零部件加工：切割机械设备的齿轮、轴、箱体等零部件，可实现多种材料的切割，满足不同机械设备的加工需求。
通用零部件加工：加工各种通用零部件，如螺栓、螺母、垫片等，高精度的切割能保证零部件的尺寸精度和表面质量。
电气电子行业：
电气设备外壳加工：切割电气设备的外壳，如配电柜、控制柜等，可实现复杂形状的加工，保证外壳的精度和防护性能。
电子元器件加工：切割电子元器件的电路板、散热片等部件，高精度的切割能保证元器件的尺寸精度和表面质量，提升电子设备的性能和可靠性。
电池行业：用于切割电池的外壳、极片等部件，可实现高精度的切割，保证电池的安全性和性能。
五金制品行业：
五金工具加工：切割五金工具的刀片、钳子、扳手等部件，高精度的切割能保证工具的尺寸精度和表面质量，提高工具的使用寿命和使用性能。
建筑五金加工：切割建筑五金的门窗把手、合页、锁具等部件，可实现多种材料的切割，满足建筑五金的加工需求。
装饰五金加工：切割装饰五金的饰品、挂件等部件，可进行精细的图案切割和个性化定制，提升装饰五金的美观度和品质。
广告标识行业：
广告标牌制作：切割各种材质的广告标牌，如不锈钢标牌、铝合金标牌等，可实现复杂图案的切割和个性化定制，提升广告标牌的美观度和辨识度。
标识制作：切割标识的字体、图案等部件，可进行精细的切割和加工，保证标识的精度和质量。
展示道具制作：切割展示道具的框架、面板等部件，可实现多种材料的切割，满足展示道具的加工需求。
厨具卫浴行业：
医疗器械行业：
The HTD - GM three-dimensional high-precision CNC fiber laser cutting machine, relying on its high precision, high speed and diversified cutting capabilities, is widely applied in multiple industries, mainly for the processing of small-sized and high-precision products. The following are some of the main application industries:
Automobile Manufacturing Industry:
Parts Processing: It is used to cut the casings, brackets and other components of key parts such as automobile engines and transmissions. The high-precision cutting can ensure the dimensional accuracy and surface quality of the parts, improving the overall performance of the automobile.
Body Structure Parts Processing: It cuts the plates and pipes of parts such as the frame, doors and roof of the automobile body, achieving the processing of complex shapes and meeting the design requirements of lightweight and high strength of the automobile body.
Interior Parts Processing: It cuts components such as decorative panels and instrument panels of automobile interiors, enabling fine pattern cutting and personalized customization, enhancing the aesthetics and quality of the interior.
Aerospace Industry:
Aero-engine Component Processing: It cuts key components such as the blades and combustion chambers of aero-engines. The high-precision cutting can ensure the dimensional accuracy and surface quality of the components, meeting the working requirements of high rotation speed, high temperature and high pressure of aero-engines.
Airframe Structure Parts Processing: It cuts structural parts such as the frames and skins of aircraft fuselages, enabling the processing of complex curved surfaces and ensuring the strength and lightweight design of the fuselage.
Repair and Modification of Aerospace Parts: For the repair and modification of some aerospace parts, this laser cutting machine can perform precise cutting and processing, ensuring the quality of repair and modification.
Mechanical Manufacturing Industry:
Mold Processing: It cuts components such as the mold frames and cavities of molds. The high-precision cutting can ensure the dimensional accuracy and surface quality of the molds, improving the service life and production efficiency of the molds.
Mechanical Equipment Parts Processing: It cuts parts such as gears, shafts and casings of mechanical equipment, enabling the cutting of various materials and meeting the processing requirements of different mechanical equipment.
General Parts Processing: It processes various general parts such as bolts, nuts and gaskets. The high-precision cutting can ensure the dimensional accuracy and surface quality of the parts.
Electrical and Electronic Industry:
Electrical Equipment Enclosure Processing: It cuts the enclosures of electrical equipment such as distribution cabinets and control cabinets, enabling the processing of complex shapes and ensuring the accuracy and protective performance of the enclosures.
Electronic Component Processing: It cuts components such as circuit boards and heat sinks of electronic components. The high-precision cutting can ensure the dimensional accuracy and surface quality of the components, enhancing the performance and reliability of electronic equipment.
Battery Industry: It is used to cut components such as the casings and electrode sheets of batteries, enabling high-precision cutting and ensuring the safety and performance of the batteries.
Hardware Products Industry:
Hardware Tool Processing: It cuts components such as the blades, pliers and wrenches of hardware tools. The high-precision cutting can ensure the dimensional accuracy and surface quality of the tools, improving the service life and performance of the tools.
Architectural Hardware Processing: It cuts components such as door handles, hinges and locks of architectural hardware, enabling the cutting of various materials and meeting the processing requirements of architectural hardware.
Decorative Hardware Processing: It cuts components such as decorative ornaments and hanging pieces of decorative hardware, enabling fine pattern cutting and personalized customization, enhancing the aesthetics and quality of decorative hardware.
Advertising and Signage Industry:
Advertising Sign Production: It cuts advertising signs made of various materials, such as stainless steel signs and aluminum alloy signs, enabling the cutting of complex patterns and personalized customization, enhancing the aesthetics and recognition of advertising signs.
Sign Production: It cuts components such as the fonts and patterns of signs, enabling fine cutting and processing, ensuring the accuracy and quality of the signs.
Display Prop Production: It cuts components such as the frames and panels of display props, enabling the cutting of various materials and meeting the processing requirements of display props.
Kitchenware and Sanitary Ware Industry:
Kitchenware Processing: It cuts components such as the panels and cabinets of kitchenware, enabling the cutting of various materials and meeting the processing requirements of kitchenware, enhancing the aesthetics and practicality of kitchenware.
Sanitary Ware Product Processing: It cuts components such as faucets, showerheads and toilets of sanitary ware products. The high-precision cutting can ensure the dimensional accuracy and surface quality of the products, enhancing the quality and performance of sanitary ware products.
Medical Device Industry:
Medical Device Parts Processing: It cuts components such as the surgical instruments and casings of medical equipment. The high-precision cutting can ensure the dimensional accuracy and surface quality of the parts, meeting the high-precision requirements of medical devices.
Implant Processing: For the processing of some implants, such as orthopedic implants and cardiac stents, this laser cutting machine can perform precise cutting and processing, ensuring the accuracy and quality of the implants
HTD - GM 三维高精密数控光纤激光切割机性能的介绍：
采用先进的柏楚4000+数控系统和高精度的传动部件，能够实现高精度的切割。其定位精度可达 ±0.05mm 甚至更高，确保切割的尺寸精度准确，对于一些需要高精度加工的零部件，如汽车零部件、航空航天部件等的加工，能够满足严格的精度要求。
配备高分辨率的电容式随动系统，检测精度可达 ±0.01mm，实时保持焦点与工件之间的距离在 ±0.1mm 范围内，即使是复杂曲面的工件，也能保证切割焦点始终处于最佳位置，从而保证切割质量的一致性。
具备自动上下料系统，如采用机器人或自动传输线等装置，实现了工件的自动上料、定位和下料，减少了人工操作，提高了生产效率和加工精度，同时也降低了操作人员的劳动强度。
支持 CAD/CAM 软件集成，能够直接导入三维 CAD 模型，自动生成切割路径，并进行路径优化和刀具补偿等操作，大大缩短了编程时间，提高了生产效率。此外，还具备远程监控功能，通过网络连接，操作人员可以在办公室或其他地方远程监控设备的运行状态、生产进度和故障信息等，实现了智能化的生产管理。
The HTD-GM three-dimensional high-precision CNC fiber laser cutting machine is equipped with an advanced Bodor 4000+ numerical control system and high-precision transmission components, enabling high-precision cutting. Its positioning accuracy can reach ±0.05mm or even higher, which can precisely meet the processing requirements of components with strict precision requirements, such as automotive parts and aerospace components.
In addition, the equipment is equipped with a high-resolution capacitive follow-up system with a detection accuracy of up to ±0.01mm. It can control the distance between the focus and the workpiece within the range of ±0.1mm in real time. Even for workpieces with complex curved surfaces, it can ensure that the cutting focus is always in the optimal position, thus guaranteeing the high consistency of the cutting quality.
The equipment is equipped with a high-power fiber laser with a power range of 3 - 12kW, and is matched with a high-performance cutting head and motion control system, achieving extremely fast cutting speed. For thin plate materials, the cutting speed can reach over 50m/min, greatly improving production efficiency.
Meanwhile, its moving parts adopt a lightweight design and a high-acceleration drive system, enabling the cutting head to move rapidly in three-dimensional space with a large acceleration. It can quickly respond to the instructions of the numerical control system, effectively reducing the idle travel time and further enhancing the overall cutting efficiency.
The HTD-GM cutting machine has an excellent laser beam quality, with an energy density as high as 10^7W/cm². It can instantaneously melt and vaporize the material, forming a narrow and smooth cut. The width of the cut is usually between 0.08 - 0.3mm, and the heat-affected zone is extremely small, with a minimum of less than 0.1mm, greatly reducing subsequent processing procedures.
The auxiliary gas system can accurately control the pressure and flow rate of the gas. According to different material types and thicknesses, suitable auxiliary gases, such as oxygen and nitrogen, can be precisely selected to effectively blow away the slag, forming a clean cut and significantly improving the quality of the cutting surface.
Based on advanced numerical control systems of well-known brands such as Fanuc or Siemens, the HTD-GM cutting machine has powerful computing capabilities and stability, and can control the linkage of multiple axes simultaneously, easily achieving complex three-dimensional curve cutting.
In addition, the equipment is equipped with an intelligent cutting process database covering more than 200 material combinations. According to different materials, thicknesses, and cutting requirements, it can automatically match the optimal cutting parameters, such as laser power, cutting speed, and auxiliary gas pressure. This not only reduces the technical requirements for operators but also ensures the stability of the cutting quality.
The HTD-GM uses high-purity and high-performance imported IPG or domestic high-quality Raycus fiber lasers, featuring high electro-optical conversion efficiency and low energy consumption. Compared with traditional CO₂ lasers, it has a remarkable energy-saving effect. The laser has a long service life and low maintenance cost, which can save a large amount of usage cost for users.
The laser has strong power stability, with the power fluctuation range controlled within ±1%. This ensures the consistency of laser energy during the cutting process, thus ensuring the stability of the cutting quality. At the same time, the laser supports multiple modulation methods, such as pulse modulation and continuous wave modulation, which can meet the diverse needs of different materials and cutting processes.
The HTD-GM is equipped with an automatic loading and unloading system. Devices such as robots or automatic transmission lines can be used to achieve automatic loading, positioning, and unloading of workpieces, greatly reducing manual operation, improving production efficiency and processing precision, and reducing the labor intensity of operators.
The equipment supports the integration of CAD/CAM software, which can directly import three-dimensional CAD models, automatically generate cutting paths, and perform operations such as path optimization and tool compensation, greatly shortening the programming time and effectively improving production efficiency. In addition, the equipment has a remote monitoring function. Operators can remotely monitor the operation status, production progress, and fault information of the equipment through network connection, realizing intelligent production management.
The HTD-GM is equipped with a fully enclosed protective shell, which can effectively block laser radiation and flying debris generated during the cutting process, protecting the safety of operators and the surrounding environment. The protective door is equipped with a safety interlock device. When the door is opened, the equipment will automatically stop running, ensuring the personal safety of operators.
The equipment also has a complete ventilation and dust removal system, which can timely remove the smoke and harmful gases generated during the cutting process, maintain a clean and hygienic working environment, and comply with occupational health and safety standards. At the same time, the equipment is equipped with a fire alarm and fire extinguishing device, which can alarm and extinguish the fire in a timely manner in case of a fire, providing comprehensive protection for the safety of the equipment and personnel。
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Remarks: The data listed in this document are for reference only. In case of any discrepancies between these data and the actual data of the machine tool, the actual data of the machine tool shall prevail. In case of any changes to the above parameters, no further notice will be given. Our company reserves the right to the final interpretation of this document!
