不断突破新界限解决设计重大的挑战

公司深研材料力学性能、切削变形机理、热胀冷缩规律、摩擦磨损特性、表面处理与相容性等核心物理和化学知识,针对不同材质、不同结构(异形、微径、薄壁、微孔)的微细小零件, 建立了完善的工艺数据库与物理参数模型。精准分析零件的物理特性、受力情况、变形趋势,制定科学合理的技术加工方案。遵循物理规律,设计合适刀具、优化切削路径、调整加工工艺, 确保每一个零件的尺寸精度、形位公差、表面粗糙度等满足设计要求。

The company has conducted in-depth research on core physical and chemical knowledge such as material mechanical properties, cutting deformation mechanisms, thermal expansion and contraction laws, friction and wear characteristics, surface treatment and compatibility, etc. For micro and small parts of different materials and structures (such as irregular shapes, micro-diameter, thin-walled, and micro-porous), a complete process database and physical parameter models have been established. Precisely analyzing the physical characteristics, stress conditions, and deformation trends of the parts, scientific and reasonable technical processing plans have been formulated. Following physical laws, appropriate cutting tools are designed, cutting paths are optimized, and processing techniques are adjusted to ensure that the size accuracy, shape tolerance, surface roughness, etc. of each part meet the design requirements.

产品设计与开发

锚定需求,筑牢产品核心根基

公司技术团队与客户工程团队联合评审,确认产品的特性和设计属性。优化产品尺寸精度、结构合理性和使用稳定性。同时,主动探索新型产品设计思路,既满足客户个性化、定制化需求,实现“需求精准对接、 设计科学高效、产品迭代升级”的良性循环。

The company's technical team and customer engineering team jointly review and confirm the product's features and design attributes. Optimize product size accuracy, structural rationality, and usage stability. At the same time, actively exploring new product design ideas to meet customers' personalized and customized needs, achieving a virtuous cycle of "precise demand docking, scientific and efficient design, and product iteration and upgrading".

方案解决与评估

精准破局,保障项目高效推进

确认图纸的加工要求,制定科学可行的加工方案,明确工艺流程、参数标准和加工细节。同时,对方案的技术可行性、成本合理性、效率最优化进行全面评估,规避技术风险、降低生产成本,确保方案落地见效。 技术团队始终坚守“精准施策、科学评估、高效落地”的原则,为项目顺利推进保驾护航,提升客户满意度和项目交付效率。

Confirm the processing requirements of the drawings, formulate a scientific and feasible processing plan, clarify the process flow, parameter standards and processing details. At the same time, conduct a comprehensive assessment of the technical feasibility, cost rationality and efficiency optimization of the plan to avoid technical risks and reduce production costs, ensuring the implementation and effectiveness of the plan. The technical team always adheres to the principle of "precise policy implementation, scientific assessment, and efficient implementation", to ensure the smooth progress of the project and enhance customer satisfaction and project delivery efficiency.

材料知识与应用

科学选材
夯实加工质量基础

团队熟悉各类加工材料的理化特性和加工难度,详细分析产品用途、功能和使用环境。同时,完全了解加工过程中的特性变化,能更好的优化材料处理工艺,解决材料变形、开裂等技术问题,确保加工产品满足客户要求。

The team is familiar with the physical and chemical properties as well as the processing difficulties of various materials. They conduct a detailed analysis of the product's purpose, function and usage environment. At the same time, they fully understand the characteristic changes during the processing process, which enables them to better optimize the material processing techniques and solve technical problems such as material deformation and cracking, ensuring that the processed products meet the customer's requirements.

刀具设计与应用

精准适配
提升加工效率与精度

结合加工零件的材质要求、结构工艺和尺寸与精度要求,团队自主优化刀具设计,调整好刀具材质参数、刃口角度、涂层等要求,以最优的适配性和耐用性匹配加工。同时,控制切削参数,减少刀具损耗和加工误差, 提升加工效率和产品精度,降低生产成本,实现“刀具适配精准、加工高效稳定、成本可控优化”的目标。

Based on the material requirements of the processed parts, the structural process and the size and accuracy requirements, the team independently optimized the tool design, adjusted the material parameters, cutting edge angles, coatings, etc. of the tools to meet the optimal compatibility and durability for the processing. At the same time, the cutting parameters were controlled to reduce tool wear and processing errors, improve processing efficiency and product accuracy, lower production costs, and achieve the goal of "precise tool adaptation, efficient and stable processing, controllable and optimized costs".

编程优化与加工

精准操控
保障加工高效稳定

公司采用ESPRIT CAM系统进行技术编程和模拟,精准加工参数、路径规划。通过编程优化提升加工精度和稳定性,实现“编程精准高效、加工稳定可控。

The company uses the ESPRIT CAM system for technical programming and simulation, precisely controlling processing parameters and path planning. Through programming optimization, the processing accuracy and stability are enhanced, achieving "precise and efficient programming, stable and controllable processing."

编程优化与加工

严格管控
始终保障产品质量

公司建立全流程品质管控体系,明确加工各环节的质量标准和检测要求,从原材料进场检测、加工过程巡检,到成品终检,实现全面质量监管,确保100%合格产品交付。

The company has established a complete process quality control system, clearly defining the quality standards and inspection requirements for each processing stage. From the inspection of raw materials upon entry, to the on-site inspections during the processing process, and to the final inspection of the finished products, a comprehensive quality supervision is achieved.This ensures that 100% of the products are of qualified quality and delivered.

技术探索与应用

深耕高精密领域
筑牢细微小技术根基

技术团队深耕细高精密微小零件加工领域,聚焦“技术研发、创新突破、应用落地”核心理念,以极致攻克微观尺度技术壁垒,全程围绕前期投入、过程攻坚、成果转化、应用落地闭环推进,精准匹配高端制造领域对微细小零件的严苛需求。

The technical team has been deeply engaged in the processing of high-precision and tiny components. Focusing on the core concepts of "technology research and development, innovation breakthrough, and application implementation", they strive to overcome technical barriers at the microscopic scale with utmost effort. The entire process is carried out in a closed loop, covering initial investment, process breakthrough,and application implementation, precisely meeting the strict requirements of the high-end manufacturing sector for tiny components.

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