西格数据Thermal CMS热误差补偿系统V1.2版本迭代发布


西格数据Thermal CMS热误差补偿系统V1.2版本迭代发布!






01
Thermal CMS热误差补偿系统V1.2版本

发布背景

 为了简化系统的配置流程并提升对主流机床品牌的兼容性,西格数据产品团队特进行了此版本升级,此次升级实现对西门子数控系统的完美适配,新增了数控系统类型配置的功能,并对补偿逻辑进行优化,引入与坐标位置相关,大幅提升加工的精确度,确保产品质量达到新高度。




02
Thermal CMS热误差补偿系统V1.2版本

监控原理图

  热误差补偿系统(Thermal Compensation Management System,Thermal CMS)是一种用于提高机床加工精度的技术解决方案。它通过监测和分析机床在运行过程中由于温度变化引起的误差,并采取措施对这些误差进行补偿,确保机床在温度变化的环境下仍能保持高精度的加工性能,这一技术对于航空航天、精密模具等行业的精密加工至关重要。




03
Thermal CMS热误差补偿系统V1.2版本

更新点   

3.1“数控系统类型配置”功能新增

为了提升设备的适用性,新增控系统类型配置功能,实现各系统专属补偿逻辑,简化配置流程,满足企业多样化的生产需求。


3.2“西门子热误差补偿”功能扩展

针对热误差补偿的适用范围进行了扩展,新增支持西门子数控系统,进一步丰富了西门子机床在热误差补偿的能力。


3.3“位置相关的补偿逻辑”功能新增

针对补偿逻辑进行了优化,引入与位置相关的补偿逻辑,为加工轴不同行程区间定制专属补偿模型,有效提高误差补偿的准确性。


   西格数据热误差补偿系统(Thermal Compensation Management System,Thermal CMS),通过测量和补偿系统减少数控机床在加工过程中由于温度变化引起的热误差,从而提高加工精度和稳定性;基于机床嵌入式结构,结合热误差补偿模型,实时输出补偿值,有效提高产品加工精度,降低产品报废率。


西格数据Thermal CMS热误差补偿系统适配范围:

■ 适用机床类型:加工中心、车铣复合、车床等;

■ 适用加工工艺:大批量重复加工、大批量嵌套工艺加工、长时间模具加工、小批量加工、粗/精加工等多种工艺;

■ 适用加工场景:模具加工、装备制造、大型汽车零部件及航空航天等长时间加工场景;


如您对西格数据的产品感兴趣,可以拨打电话:189 6235 3927(微信同号),也可以留下您的需求、电话和公司名称,我们会第一时间与您联系。



 SIGER Machine Tools Thermal Compensation Management System V1.2 Version Released

SIGER Machine Tools Thermal Compensation Management System V1.2 Iterative Release.






01
Machine Tools Thermal Compensation Management System V1.2 Version

Release Background

In order to simplify the system configuration process and improve compatibility with mainstream machine tool brands, the SIGER product team has carried out this version upgrade. This upgrade achieves perfect adaptation to Siemens CNC systems, adds the function of configuring CNC system types, optimizes compensation logic, introduces coordinate position correlation, greatly improves machining accuracy, and ensures product quality reaches new heights.




02
Machine Tools Thermal Compensation Management System V1.2 Version

Monitoring schematic diagram

Machine Tools Thermal Compensation Management System (Thermal CMS) is a technical solution used to improve the machining accuracy of machine tools. It monitors and analyzes the errors caused by temperature changes during the operation of machine tools, and takes measures to compensate for these errors, ensuring that the machine tool can maintain high-precision machining performance in environments with temperature changes. This technology is crucial for precision machining in industries such as aerospace and precision molds.




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Machine Tools Thermal Compensation Management System V1.2 Version

Update function points

3.1 Addition of "Numerical Control System Type Configuration" Function

In order to improve the applicability of the equipment, a new control system type configuration function has been added to achieve exclusive compensation logic for each system, simplify the configuration process, and meet the diverse production needs of enterprises.


3.2 Expansion of Siemens Thermal Error Compensation Function

The scope of application for thermal error compensation has been expanded, with the addition of support for Siemens CNC systems, further enriching Siemens machine tools' capabilities in thermal error compensation.


3.3 "Position related compensation logic" function added

Optimization has been carried out for compensation logic, introducing position related compensation logic to customize exclusive compensation models for different stroke intervals of the machining axis, effectively improving the accuracy of error compensation.



SIGER Machine Tools Thermal Compensation Management System (Thermal CMS) Reducing thermal errors caused by temperature changes during the machining process of CNC machine tools through measurement and compensation systems, thereby improving machining accuracy and stability; Based on the embedded structure of machine tools and combined with a thermal error compensation model, real-time compensation values are output to effectively improve product processing accuracy and reduce product scrap rates.


SIGER Machine Tools Thermal Compensation Management System - Scope of adaptation:

  • ■  Applicable machine tool types: machining center, turning milling compound, lathe, etc.
  • ■  Applicable processing techniques: large batch repetitive processing, large batch nested processing, long-term mold processing, small batch processing, rough/fine processing, and other various processes.
  •   Applicable processing scenarios: mold processing, equipment manufacturing, large-scale automotive parts, aerospace and other long-term processing scenarios.


If you are interested in SIGER products, you can contact us by phone or email, or submit your requirements by leaving a message, and we will arrange personnel to contact you as soon as possible.

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