HTD-T1 系列单平台数控光纤激光切割机（HTD-T1 Series Single-platform CNC Fiber Laser Cutting Machine）-光纤激光切割机系列-激光切割机_数控折弯机

HTD-T1 系列单平台数控光纤激光切割机（HTD-T1 Series Single-platform CNC Fiber Laser Cutting Machine）

服务热线： 13905146213

产品简介 / Introduction

双交换台激光切割机1_副本.jpg

一、技术优势:(ITechnical Advantages:)

1、采用IPG光纤激光器或锐科光纤激光器和激光电源

IPG光纤激光器或锐科光纤激光器，模块化和冗余设计；体积小巧，重量轻，便于移动；易于集成，其性能稳定、产品整体质量得到安全保障。

1. Adopt IPG fiber laser or Raycus fiber laser and laser power supply.

The IPG fiber laser or Raycus fiber laser features a modular and redundant design. It is compact in size and light in weight, making it easy to move. It is also easy to integrate. With stable performance, the overall quality of the product is safely guaranteed.

（图片仅供参考，以实物为准）(The picture is for reference only, and the actual product shall prevail.)

二、光纤激光器的主要特点(The main characteristics of fiber lasers):

1、主要基本功能 (Main Basic Functions)

1) 光纤激光器电－光转化效率高，转换效率达30%以上，可大幅度节约工作时的耗电，节省运行成本，达到较高的生产效率；

2) 激光器运行时仅仅需要电能，不需要产生激光的额外气体，具有较低的运行和维护费用；

3) 光纤激光器采用半导体模块化和冗余设计，谐振腔内无光学镜片，不需要启动时间，具有免调节、免维护、高稳定性的优点，降低了配件成本和维护的时间，这是传统激光器无法比拟的；

4) 光纤激光器的输出波长为1.06微米，是CO2波长的1/10，输出的光束质量好，功率密度高，有利于金属材料的吸收，具有卓越的切割、焊接能力，从而使加工的费用降低;

5) 整机光路由光纤传输，不需要复杂的反射镜等导光系统，光路简单，结构稳定，外光路免维护；

6) 光通过光纤导出，使机械系统的设计变得非常简单，非常容易与机器人或多维工作台集成；

7) 激光器加上光闸后可以一器多机，通过光纤分光，分成多路多台同时工作，易于扩展功能，升级方便、简单；

8) 光纤激光器体积小，重量轻，工作位置可移动，占地面积小；

2、自动变焦激光头

1)焦点可自动调节，适用多种焦距；

2)电容式传感、全自动随动系统；

3)采用复合镜片、内置水冷结构；

4)准直和聚焦组件的双水冷恒温保证；

5)采用抽屉式镜座，更换保护镜片快速；平滑高效气流设计；

6)适配各种光纤激光器；

7)短、长焦距通用，可实现薄或厚板良好的切割效果；

8)全部配备准直保护镜，更好的防护准直镜；

9)QBH圆周位置可调，保证每台QBH红点朝外，方便光纤头的插拔；

10）焦点位置可视窗口，确保输入焦点与输出焦点准确一致；

1). The fiber laser has a high electro-optical conversion efficiency, with the conversion efficiency reaching over 30%. It can significantly save power consumption during operation, reduce operating costs, and achieve high production efficiency.

2). When the laser operates, it only requires electrical energy and does not need additional gases to generate the laser, resulting in low operating and maintenance costs.

3). The fiber laser adopts a semiconductor modular and redundant design. There are no optical lenses in the resonant cavity, and it does not require a start-up time. It has the advantages of being free of adjustment, maintenance-free, and highly stable, reducing the cost of accessories and maintenance time, which is incomparable to traditional lasers.

4). The output wavelength of the fiber laser is 1.06 micrometers, which is 1/10 of the CO2 wavelength. The output beam has good quality and high power density, which is beneficial for the absorption of metal materials and has excellent cutting and welding capabilities, thus reducing the processing cost.

5). The optical path of the whole machine is transmitted through optical fibers, eliminating the need for complex light guiding systems such as mirrors. The optical path is simple, the structure is stable, and the external optical path is maintenance-free.

6). With the light output through the optical fiber, the design of the mechanical system becomes very simple, and it is very easy to integrate with robots or multi-dimensional worktables.

7). After adding a shutter to the laser, one laser can serve multiple machines. Through optical fiber beam splitting, it can be divided into multiple channels for multiple machines to work simultaneously. It is easy to expand functions, and the upgrade is convenient and simple.

8). The fiber laser is small in size, light in weight, and its working position can be moved, occupying a small area.

2. Automatic Zoom Laser Head

1). The focal point can be automatically adjusted, suitable for various focal lengths.

2). Capacitive sensing and fully automatic follow-up system.

3). Adopt composite lenses and a built-in water cooling structure.

4). Double water cooling and constant temperature guarantee for the collimation and focusing components.

5). Adopt a drawer-type mirror base for quick replacement of the protective lens; Smooth and efficient air flow design.

6). Compatible with various fiber lasers.

7）. It is universal for short and long focal lengths and can achieve good cutting effects on thin or thick plates.

8）. All are equipped with collimation protective lenses to better protect the collimating lenses.

9）. The QBH circumferential position is adjustable to ensure that the red dot of each QBH faces outward, making it convenient to plug and unplug the optical fiber head.

10）. Visible window for the focal point position to ensure that the input focal point is exactly the same as the output focal point.

三、性能特点：（Performance Characteristics:）

1、双重伺服电机驱动。

2、具有更高的稳定性，更高的速度和更快的加速度。

3、全数字化CNC伺服电机通讯。

4、该机采用龙门式结构，进口减速机及高精密的直线导轨，传动平稳，精度高，大大的提高了机床的生产效率。

5、机床采用整体焊接结构，退火后进行粗加工，然后进行振动时效处理，可以消除焊接及加工的应力，刚性好、精度高、可保持长时间使用不变形。

6、横梁采用铝合金整体铸造，经两次高温退后后粗加工，再振动时效后，经高精密加工成型，刚性好、重量轻、动态性能好。

7、进口高精度电控比例阀，精确控制切割辅助气体的气压，以达精确的切割效果。

1. Driven by dual servo motors.

2. It has higher stability, higher speed and faster acceleration.

3. Full-digital CNC servo motor communication.

4. This machine adopts a gantry structure, imported reducers and high-precision linear guides. The transmission is stable and the precision is high, which greatly improves the production efficiency of the machine tool.

5. The machine tool adopts an integral welding structure. After annealing, it is roughly processed, and then undergoes vibration aging treatment. This can eliminate the stress from welding and processing. It has good rigidity, high precision and can maintain its shape without deformation after long-term use.

6. The crossbeam is integrally cast from aluminum alloy. After two high-temperature treatments, it is roughly processed. Then, after vibration aging treatment, it is formed through high-precision processing. It has good rigidity, light weight and excellent dynamic performance.

7. Imported high-precision electronically controlled proportional valve accurately controls the air pressure of the cutting auxiliary gas to achieve an accurate cutting effect.

四、激光切割机的基本原理（Basic Principle of the Laser Cutting Machine）：

激光切割的原理是将激光束聚焦成很小的光点，使焦点处达到很高的功率密度，这是光束输入（由光能转换）的热量远远超过被材料反射，传导或扩散的部份，材料很快加热到气化的温度，蒸发形成孔洞。随着光束和材料相对线性移动，使孔洞形成宽度很窄的切缝。

激光切割的特点：

1、切缝窄，变形小，精度高，速度快，效率高。

2、激光切割是一种高能量、密度可控性好的无接触加工。

3、相对于冲床，剪板机，它不需要模具，节约了换模具的时间，降低了加工成本。能切割复杂的图形。

The principle of laser cutting is to focus the laser beam into a very small spot, so that a very high power density is achieved at the focal point. At this time, the heat input by the light beam (converted from light energy) far exceeds the part that is reflected, conducted or diffused by the material. The material is quickly heated to the gasification temperature, and evaporation forms a hole. As the light beam and the material move linearly relative to each other, the hole forms a very narrow slit.

Characteristics of Laser Cutting:

1. Narrow cutting seam, small deformation, high precision, fast speed and high efficiency.

2. Laser cutting is a non-contact processing method with high energy and good density controllability.

3. Compared with punch presses and plate shears, it does not require molds, saving the time for changing molds and reducing the processing cost. It is capable of cutting complex graphics.

V. Technical Parameter Table:

五、技术参数表（Technical Parameter Table）：

设备型号 Equipment Model	HTD-T1-3015	HTD-T1-4015	HTD-T1-4020	HTD-T1-6015	HTD-T1-6020	HTD-T1-6025
加工范围长*宽 Processing Pipe Diameter (mm)	3000*1500mm	4000*1500mm	4000*2000mm	6000*1500mm	6000*2000mm	6000*2500mm
X轴行程 Travel of X-axis	1505mm	1505mm	2010mm	1505mm	2010mm	2510mm
Y轴行程 Travel of Y-axis	3005mm	4010mm	4010mm	6010mm	6010mm	6010mm
Z轴行程 Travel of Z-axis	150mm	150mm	150mm	150mm	150mm	150mm
X/Y定位精度 Positioning Accuracy of X/Y Axis	±0.05mm	±0.05mm	±0.05mm	±0.05mm	±0.05mm	±0.05mm
X/Y重复定位精度 Repeat Positioning Accuracy of X/Y Axis	±0.03mm	±0.03mm	±0.03mm	±0.03mm	±0.03mm	±0.03mm
X/Y最大加速度 Maximum Speed of X/Y Axis	1.0-1.5G	1.0-1.5G	1.0-1.5G	1.0-1.5G	1.0-1.5G	1.0-1.5G
高度调节 Height Adjustment	平面自动跟踪（Automatic Planar Tracking）	平面自动跟踪（Automatic Planar Tracking）	平面自动跟踪（Automatic Planar Tracking）	平面自动跟踪（Automatic Planar Tracking）	平面自动跟踪（Automatic Planar Tracking）	平面自动跟踪（Automatic Planar Tracking）
最小线宽 Minimum Line Width	0.15mm	0.15mm	0.15mm	0.15mm	0.15mm	0.15mm
工作台最大载重 Maximum Load Capacity of the Workbench	±0.03mm	±0.03mm	±0.03mm	±0.03mm	±0.03mm	±0.03mm
最大运行速度 Maximum Operating Speed	600KG	650KG	650KG	700KG	700KG	750KG
传动系统 Transmission System	龙门双驱（Gantry - type Dual - drive)	龙门双驱（Gantry - type Dual - drive)	龙门双驱（Gantry - type Dual - drive)	龙门双驱（Gantry - type Dual - drive)	龙门双驱（Gantry - type Dual - drive)	龙门双驱（Gantry - type Dual - drive)
数控系统 Numerical Control (NC) System	CypCut	CypCut	CypCut	CypCut	CypCut	CypCut
激光器功率 Laser Power	1000W-200000W	1000W-200000W	1000W-200000W	1000W-200000W	1000W-200000W	1000W-200000W
外形尺寸（长宽高）mm Overall Dimensions (Length × Width × Height)	470029001800（mm)	560029001800（mm)	560035001800（mm)	770029001800（mm)	470034001800（mm)	470038501800（mm)

备注：本资料所列数据为参考数据，如与机床实际数据不符，应以机床实际数据为准，

以上参数如有变动，恕不另行通知，本公司保留对此资料的最终解释权！

Remarks: The data listed in this document are for reference only. In case of any discrepancy between these data and the actual data of the machine tool, the actual data of the machine tool shall prevail.

The above parameters are subject to change without prior notice. Our company reserves the right to the final interpretation of this document!

多年专注激光切割机、剪板机、折弯机、冲床及刃模具的现代化企业

光纤激光切割机系列

HTD-T1 系列单平台数控光纤激光切割机（HTD-T1 Series Single-platform CNC Fiber Laser Cutting Machine）

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