西格数据 NC Max四合一智控系统 V1.3版本发布
产品更新 日期：2026/06/23
在精密加工迈向全面智能化的今天，每一次刀具的切削、每一毫秒的响应，都直接决定着产品质量与生产成本。西格数据始终致力于以一体化硬件与智能算法，为机床装上“AI大脑”，让加工过程从被动防护走向主动感知、从经验驱动走向数据驱动，助力企业实现安全、高效、稳定的智能制造新范式。
今天，我们正式发布西格数据NC Max四合一智控系统V1.3版本！本次迭代聚焦监控策略的精细化、切分逻辑的灵活性与优化成效的可视化，以三大核心升级，让智控系统更懂现场、更善决策。
⭐ 版本更新亮点1：监控策略精细化，累积判断防误报
安全源于洞察，稳定始于精准。针对断刀、崩刃等关键异常，本次迭代新增“累积次数判断”机制，系统不再因偶发波动轻易触发停机，而是当异常累积达到设定阈值方才报警。这既能有效过滤瞬间干扰造成的“假报警”，又能捕捉偶发但高危的隐性风险，实现从“草木皆兵的被动响应”到“弹无虚发的精准拦截”的跨越，让生产节奏更平稳，让团队聚焦真实风险。
⭐ 版本更新亮点2：切分逻辑灵活化，tn字段自动分刀
刀具加工切分是数据治理的基础环节。面对复杂加工节拍，本次优化新增“tn字段”作为自动分刀依据，系统实时识别tn值变化，自动完成段落划分与刀序编号，并智能禁用易冲突的配置规则，实现一键极简配置。
⭐ 版本更新亮点3：优化成效可视化，持续改善有据可依
改善不止于执行，更在于洞察。本次迭代在系统主页新增上线“工件/程序优化统计”功能，自动聚合各加工程序的节拍变化与效率提升幅度，生成多维度可视化报表。管理者可一键掌握哪道工序提效显著、哪个程序仍存优化空间，实现从经验感知的“大概快了”到数据驱动的“精准验证”的升级，让每一次工艺调整的收益都清晰可见，为最佳实践的精准复制提供数据支撑。
▊ 西格数据NC Max智控系统 整体框构
西格数据NC Max智控系统以“一套硬件、四大功能”为核心设计理念，将原有的刀具监控（TMS）、碰撞保护（TCS）、自适应加工（AMS）和热补偿管理（CMS）集成于一体，实现了功能的模块化激活与灵活配置，助力机床厂商实现产品智能化升级，为终端用户提供即插即用的智能化体验，为制造企业实现从单台设备到整条产线的智能化升级。
（NC Max智控系统硬件数据流图）
西格数据NC Max智控系统适配范围:
适用机床类型：加工中心、龙门、车床、车铣复合等多种机床切削场景；
适用加工工艺：大批量重复加工、大批量嵌套工艺加工、小批量加工、粗/精加工等多种工艺类型；（背吃刀量不低于10丝）；
适用加工方式：车削|铣削|钻孔|攻丝|齿面|曲面等；
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 Data NC Max 4-in-1 Intelligent Control System V1.3 Iteration Released
Product Update Date：2026/06/23
In today's era of precision machining moving towards full intelligence, every cut and every millisecond of response directly determines product quality and production costs. SIGER Data is committed to equipping machine tools with an "AI brain" through integrated hardware and intelligent algorithms, enabling the machining process to shift from passive protection to proactive perception, and from experience-driven to data-driven, helping enterprises achieve a safe, efficient, and stable new paradigm of intelligent manufacturing.
Today, we officially release the SIGER Data's NC Max Four-in-One Intelligent Control System V1.3! This iteration focuses on the refinement of monitoring strategies, the flexibility of segmentation logic, and the visualization of optimization results. With these three core upgrades, the intelligent control system better understands the site and makes better decisions.
⭐ Version Update Highlight 1: Refined Monitoring Strategy, Cumulative Judgment Prevents False Alarms
Safety stems from insight, stability begins with precision. For critical anomalies such as tool breakage and chipping, this iteration adds a "cumulative count judgment" mechanism. The system no longer easily triggers shutdowns due to occasional fluctuations, but only alarms when the accumulated anomalies reach a set threshold. This effectively filters out "false alarms" caused by momentary interference and captures occasional but high-risk hidden risks, achieving a leap from "passive response to every possible threat" to "precise interception with no misses",making production rhythm smoother and allowing the team to focus on real risks.
⭐ Version Update Highlight 2: Flexible Segmentation Logic, Automatic Tool Division with tn Field
Tool processing segmentation is a fundamental aspect of data governance. Faced with complex processing cycles, this optimization adds a "tn field" as the basis for automatic tool division. The system identifies changes in the tn value in real time, automatically completes segment division and tool sequence numbering, and intelligently disables conflicting configuration rules, achieving one-click, extremely simple configuration.
⭐ Version Update Highlight 3: Visualized Optimization Results, Evidence-Based Continuous Improvement
Improvement goes beyond execution; it's about insight. This iteration adds a "Workpiece/Program Optimization Statistics" function to the system homepage, automatically aggregating changes in cycle time and efficiency improvements across various processing procedures to generate multi-dimensional visual reports. Managers can easily identify which processes have seen significant efficiency improvements and which procedures still have room for optimization. This upgrades the process from experience-based "roughly faster" to data-driven "precise verification", making the benefits of every process adjustment clearly visible and providing data support for the accurate replication of best practices.
▊ SIGER Data's NC Max Intelligent Control System - Overall Framework
SIGER Data's NC Max Intelligent Control System is designed with the core concept of "one hardware, four functions". It integrates existing Tool Monitoring System (TMS), Spindle Collision Protection System (TCS), Adaptive Machining System (AMS), and Thermal Compensation Management System (CMS) into one integrated system. This enables modular activation and flexible configuration of functions, helping machine tool manufacturers achieve intelligent product upgrades, providing end-users with a plug-and-play intelligent experience, and enabling manufacturing enterprises to upgrade from single devices to entire production lines.
(NC Max Intelligent Control System Hardware Data Flow Diagram)
SIGER Data's NC Max Intelligent Control System Compatibility:
Applicable Machine Tool Types: Machining centers, gantry milling machines, lathes, mill-turn centers, and other cutting scenarios;
Applicable Machining Processes: High-volume repetitive machining, high-volume nested process machining, small-volume machining, roughing/finishing, and other process types; (depth of cut not less than 10 microns);
Applicable Machining Methods: Turning | Milling | Drilling | Tapping | Tooth Surface | Curved Surface, etc.
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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Official Contact Info:
Email: marketing@siger-data.com
WhatsApp: +86 189 6235 3927
WeChat: 189 6235 3927
