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化工仪器网>产品展厅>行业专用仪器及设备>其它行业专用仪器>其它专用仪器> 修磨数控刀具

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修磨数控刀具

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修磨数控刀具

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伊尔耐德(天津)科技有限公司自成立以来,一直专注于数控刀具生产修磨业务。

在数控刀具生产方面,公司凭借自身强大的技术力量与研发能力,精心打造高品质的数控刀具。从原材料的严格筛选,到生产工艺的精准把控,再到成品的严格检验,每一个环节都遵循高标准、严要求,致力于为客户提供精度可靠的数控刀具产品。

在数控刀具修磨领域,公司拥有丰富的经验与专业的团队,同时具备诸多技术上的创新点:

- 精密修磨工艺创新:公司采用了先进的数字化检测技术,能够对刀具的磨损情况进行高精度的测量和分析。基于这些测量数据,运用智能修磨算法,精确控制修磨的深度和角度,实现个性化、精准化的修磨方案,有效恢复刀具的切削刃性能,同时避免过度修磨导致刀具寿命缩短。

- 修磨设备的创新研发:公司采购了一批先进的数控刀具修磨设备。这些设备具备高精度的运动控制系统,能够实现刀具在三维空间内的精确运动和修磨,保证修磨精度达到微米级别。此外,设备还配备了智能监控和反馈系统,实时监测修磨过程中的各项参数,确保修磨质量的稳定性和一致性。

- 刀具材料适配创新:针对不同材质和特性的数控刀具,公司开展了深入的材料适配研究。通过试验和模拟分析,开发出了一系列与之匹配的修磨工艺和修磨砂轮。

- 表面处理技术创新:在完成刀具修磨后,公司还注重刀具的表面处理。采用先进的涂层技术在刀具表面沉积一层具有高硬度、低摩擦系数和良好耐磨性的涂层。这不仅能进一步增强刀具的切削性能,还能有效减少切削过程中的热量产生和刀具磨损,延长刀具的使用寿命。

公司始终以客户需求为导向,以高品质的产品和优质的服务,在数控刀具生产修磨行业内树立了良好的口碑,赢得了众多客户的信赖与支持。

Since its establishment, IRNID (Tianjin) Technology Co., Ltd. has been focusing on the production and grinding of CNC tools.

In the production of CNC tools, the company relies on its strong technical strength and R&D capabilities to carefully create high-quality CNC tools. From the strict screening of raw materials to the precise control of production processes, to the strict inspection of finished products, every link follows high standards and strict requirements, and is committed to providing customers with CNC tool products with excellent performance and reliable precision.

In the field of CNC tool grinding, the company has rich experience and a professional team, and also has many technical innovations:

- Precision grinding process innovation: The company uses advanced digital detection technology to measure and analyze the wear of tools with high precision. Based on these measurement data, the intelligent grinding algorithm is used to accurately control the depth and angle of grinding, realize personalized and precise grinding solutions, effectively restore the cutting edge performance of the tool, and avoid excessive grinding leading to shortened tool life.

- Innovative research and development of grinding equipment: The company has purchased a batch of advanced CNC tool grinding equipment.  These devices are equipped with high-precision motion control systems, which can realize the precise movement and grinding of tools in three-dimensional space, ensuring the grinding accuracy reaches the micron level. In addition, the equipment is also equipped with an intelligent monitoring and feedback system to monitor various parameters in the grinding process in real time to ensure the stability and consistency of the grinding quality.

- Tool material adaptation innovation: The company has carried out in-depth material adaptation research for CNC tools of different materials and characteristics. Through experiments and simulation analysis, a series of matching grinding processes and grinding wheels have been developed.

- Surface treatment technology innovation: After completing the tool grinding, the company also pays attention to the surface treatment of the tool. Advanced coating technology is used to deposit a layer of coating with high hardness, low friction coefficient and good wear resistance on the surface of the tool. This can not only further enhance the cutting performance of the tool, but also effectively reduce the heat generation and tool wear during the cutting process, and extend the service life of the tool.

The company has always been customer-oriented, with high-quality products and excellent services, and has established a good reputation in the CNC tool production and grinding industry, and won the trust and support of many customers.

 

 

 

铣削加工、钻削加工、车削加工、切槽加工、刀具修磨、机床附件

伊尔耐德(天津)科技公司针对修磨数控刀具提供专业的修磨解决方案。

修磨数控刀具的具体工作流程如下:

首先,对复合台阶钻进行全面检测,使用各种高精度测量仪器获取刀具的各台阶尺寸、切削刃状况等信息,记录磨损数据。

接着,依据检测数据进行深入分析,根据不同台阶的切削要求和材质特性,结合刀具的整体性能要求,制定个性化的修磨方案,确定各台阶的修磨深度、角度以及修磨顺序。

然后,采用专业的磨削设备,先将复合台阶钻固定在合适的夹具上,然后按照修磨方案依次对各个台阶进行精细磨削,确保每个台阶的切削刃锋利度和尺寸精度都达到要求。在磨削过程中,严格控制磨削速度、进给量等参数,保证磨削质量的一致性。

最后,在修磨完成后,再次对复合台阶钻进行全面检测,确保各台阶之间的尺寸精度和同心度符合要求,同时测量切削刃的粗糙度和锋利度,保证复合台阶钻在钻孔过程中能够继续稳定、高效地进行作业,满足各种复杂的钻孔加工需求。

修磨数控刀具的特点:  

1.提高刀具使用寿命:  

通过修磨刀具,可以有效延长刀具的使用寿命,减少更换刀具的频率,降低生产成本。  

2.恢复刀具的性能:  

修磨后的刀具能够恢复锐利的切削刃,提升切削性能,保持较高的加工精度。  

3.节约资源:  

修磨刀具是再利用资源的一种方式,可以减少废弃刀具的数量,降低环保压力。  

4.高精度修磨:  

修磨过程通常采用精密的设备和技术,确保刀具几何形状和切削性能的恢复。修磨精度高,能够达到原刀具的标准。  

5.适应多种刀具类型:  

数控刀具修磨技术适用于多种类型的刀具,如立铣刀、车刀、钻头、刀片等,不同材料(如硬质合金、钢、陶瓷等)的刀具都可以进行修磨。  

6.成本效益显著:  

成本较新刀具便宜,且加工性能恢复良好,因此修磨刀具在一些需要大量使用刀具的行业具有较高的性价比。  

修磨数控刀具的应用场景:  

1.大规模生产企业:  

在大规模的生产线中,刀具经常需要高频率的更换和修磨。通过修磨刀具,企业可以减少刀具更换次数,降低生产成本,提高生产效率。  

2.精密加工行业:  

在要求高精度、高表面质量的加工行业(如航空航天、汽车、医疗器械等行业),刀具的锋利程度直接影响产品质量。能够恢复刀具的精度,保证加工效果。  

3.硬质合金刀具的维护:  

硬质合金刀具在加工硬材料时,磨损较为严重。通过修磨,可以恢复刀具的性能,减少硬质合金刀具的报废率,提升经济效益。  

4.中小型制造企业:  

中小型制造企业通常在刀具采购方面成本压力较大,修磨刀具能够帮助这些企业降低成本,延长刀具的使用周期,提升竞争力。  

5.多刀具切换应用:  

对于一些需要频繁切换不同类型刀具的工艺流程,修磨刀具可以确保切换后刀具的性能和精度,减少对生产的影响。  

6.精密零部件加工:  

在精密零部件的加工过程中,刀具的锋利度和精度直接影响到加工质量。修磨刀具可以提高刀具的稳定性,保证高精度加工的需求。  

7.小批量定制生产:  

小批量生产的加工过程中,使用修磨刀具可以避免频繁更换刀具的浪费,使小批量定制生产更具成本优势。

Composite step drill grinding product introduction

lrnide(Tianjin) Technology Co., Ltd. provides professional grinding solutions for composite step drills.

The specific work flow of composite step drill grinding is as follows:

First, conduct a comprehensive inspection of the composite step drill, use various high-precision measuring instruments to obtain the size of each step of the tool, cutting edge condition and other information, and record wear data.

Then, conduct in-depth analysis based on the inspection data, formulate a personalized grinding plan based on the cutting requirements and material characteristics of different steps, and combine the overall performance requirements of the tool to determine the grinding depth, angle and grinding order of each step.

Then, use professional grinding equipment to first fix the composite step drill on a suitable fixture, and then finely grind each step in turn according to the grinding plan to ensure that the cutting edge sharpness and dimensional accuracy of each step meet the requirements. During the grinding process, strictly control parameters such as grinding speed and feed rate to ensure the consistency of grinding quality.

Finally, after grinding, the composite step drill is fully inspected again to ensure that the dimensional accuracy and concentricity between the steps meet the requirements. At the same time, the roughness and sharpness of the cutting edge are measured to ensure that the composite step drill can continue to operate stably and efficiently during the drilling process to meet various complex drilling processing needs.

 

 



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