产品简介

PCD刀具修磨完成后，再次使用专业测量设备对PCD刀具进行检测，确保切削刃的锋利度、尺寸精度和表面光洁度等指标达到要求，使修磨后的PCD刀具能够在加工过程中展现出优异的切削性能，显著提高加工效率和成品质量。

伊尔耐德（天津）科技在PCD刀具修磨方面拥有较好的技术和丰富的经验。

PCD刀具修磨的具体步骤如下：

首先，对待修磨的PCD刀具进行初步检查，查看刀具的外观是否有明显损伤，同时记录刀具的基本信息，如型号、尺寸、使用工况等。

然后，使用专门的光学测量仪器对PCD刀具进行精确测量，获取刀具的切削刃粗糙度、磨损量和形状等关键参数，为后续修磨提供准确数据。

接着，依据检测数据分析和PCD刀具的特性，制定个性化的修磨计划，确定磨削材料、磨削参数和修磨顺序。

随后，将PCD刀具固定在高精度的数控磨床上，使用专门的磨削设备和磨削液，按照修磨计划对切削刃进行精细磨削。在磨削过程中，要严格控制磨削力、磨削温度等参数，以保护PCD刀具的材料性能。

最后，修磨完成后，再次使用专业测量设备对PCD刀具进行检测，确保切削刃的锋利度、尺寸精度和表面光洁度等指标达到要求，使修磨后的PCD刀具能够在加工过程中展现出优异的切削性能，显著提高加工效率和成品质量。

PCD tool grinding product introduction

lrnide(Tianjin) Technology has leading technology and rich experience in PCD tool grinding.

The specific steps of PCD tool grinding are as follows:

First, conduct a preliminary inspection of the PCD tool to be ground to check whether there is obvious damage to the appearance of the tool, and record the basic information of the tool, such as model, size, and working conditions.

Then, use a special optical measuring instrument to accurately measure the PCD tool to obtain key parameters such as the roughness, wear and shape of the tool's cutting edge, and provide accurate data for subsequent grinding.

Then, based on the analysis of the test data and the characteristics of the PCD tool, formulate a personalized grinding plan to determine the grinding material, grinding parameters and grinding sequence.

Subsequently, fix the PCD tool on a high-precision CNC grinder, use special grinding equipment and grinding fluid, and finely grind the cutting edge according to the grinding plan. During the grinding process, parameters such as grinding force and grinding temperature must be strictly controlled to protect the material properties of the PCD tool.

Finally, after grinding, the PCD tool is tested again using professional measuring equipment to ensure that indicators such as cutting edge sharpness, dimensional accuracy and surface finish meet the requirements, so that the ground PCD tool can show excellent cutting performance during the processing, significantly improving processing efficiency and finished product quality.