西格数据 AMS自适应加工系统 V1.3.7版本发布，语言无界协同，数据深度治理
在精密加工智能制造的浪潮之巅，数据的价值正在深刻驱动每一次加工执行与决策，赋能精密加工高效增长。西格数据深喑此道，我们始终致力于让每一台CNC设备、每一个零件加工过程“会说话”，让计算成为精密加工智能制造迭代升级的核心引擎。
今天，我们自豪地宣布，西格自适应加工系统迎来重磅迭代，以双核进化开启智能新篇，西格数据AMS自适应加工系统V1.3.7版本正式发布！
⭐ 版本更新亮点1：全球协同，语言无界
我们打破了数据沟通的壁垒。全新扩展的多语言版本（中文、英语、俄语等），让您的全球工厂与供应链伙伴共享同一套智造“母语”。无论是北美技术中心的工艺专家，还是欧洲分公司的生产经理，都能无障碍深入系统核心，实现跨国、跨厂的标准化管理与高效协同，助力中国企业全球化布局畅通无阻。
⭐ 版本更新亮点2：现场数据，深度治理
数据并非越多越好，而是越准越灵。本次迭代强化了现场数据管理能力，通过对刀具寿命、机床振动、加工精度等海量现场数据的自适应清洗、归类与建模，我们为您构建起一个纯净、高价值的“数据池”。系统能自动识别无效数据、关联因果线索，将纷繁复杂的现场信息，转化为清晰、可靠的优化洞察，让每一次工艺参数的自适应调整都有的放矢，精准提升产品质量与良率。
西格自适应加工，不止于监控，更在于进化。我们通过数据语言的全球化与数据治理的深度化，帮助您将生产现场转化为持续自我优化的智能有机体，实现降本、增效、提质的三重飞跃。
自适应加工系统（Adaptive Machining System，AMS）是一种通过实时监控加工过程，结合加工数据和自适应调整技术，优化加工效率的智能控制系统。该系统能够广泛应用于精密加工和智能制造领域，帮助企业实现无人化生产和智能化管理。
SIGER自适应加工系统（Adaptive Machining System，AMS）通过恒转速变进给的方式，实现减少空行程时间、确保质量的条件下提高进给倍率缩短节拍，从而实现加工效率优化，减少CT节拍时间；
SIGER AMS自适应加工系统基于实时监控技术与智能调整算法，实现机床主轴功率实时调整，结合切削过程工艺学习，自动将主轴进给倍率调整至最佳参数。同时AMS自适应加工系统针对特定的刀具和零件材料，结合对应刀具工艺负载设定上限，在加工过程中出现负载较大的工况下，则会自动减少进给速度，确保加工过程的质量稳定与安全；
■ 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；
■ 适用加工方式：车削|铣削|钻孔|攻丝|齿面|曲面等；
✅ 系统1. TMS刀具状态监控与预测性维护
实时监测铣刀、钻刀、钻头等刀具的磨损、破损状态，通过智能算法在刀具断裂或过度磨损前及时发出预警并触发停机，有效避免批量废件产生，保护工件与机床主轴，延长刀具使用寿命。
✅ 系统2. TCS机床撞机保护
在主轴与工件、夹具或工作台发生碰撞的瞬间（毫秒级响应）内精准检测异常力信号，立即输出急停信号，最大限度减轻碰撞造成的机械损伤，保护昂贵的机床本体与核心部件。
✅ 系统3. ANS自适应加工控制
基于机床实际负载能力与刀具实时状态，动态智能调整数控程序中的进给倍率（Feed-rate Override），在确保加工质量与刀具安全的前提下，最大化挖掘机床加工效率潜力，实现加工节拍的有效缩短。
✅ 系统4. Thermal CMS热补偿功能
实时监测主轴、滚珠丝杠等关键部件温升，通过模型预测与补偿算法，主动抵消因热伸长/热变形引起的精度偏差，显著提升机床在长时间连续加工中的定位精度与零件尺寸一致性。
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 Adaptive Processing System V1.3.7 Iteration Released
Enabling language-agnostic collaboration and deep data governance
At the forefront of the wave of intelligent manufacturing in precision machining, the value of data is profoundly driving every machining execution and decision, enabling efficient growth in precision machining. SIGER Data understands this fundamental principle and is committed to empowering every CNC machine and every part machining process to "speak for itself," making computing the core engine for the iterative upgrades of intelligent manufacturing in precision machining.
Today, we proudly announce SIGER Data's Adaptive Machining System V1.3.7 version iteration released, which marks a major upgrade and opens a new chapter in intelligent manufacturing with its dual-core evolution.
⭐ Version Update Highlight 1: Global Collaboration, Language-Free
We've broken down barriers to data communication. New, expanded multi-language versions (including Chinese, English, and Russian) allow your global factories and supply chain partners to share a common "mother tongue" for intelligent manufacturing. Whether you're a process expert at our North American technical center or a production manager at our European branch, they can seamlessly access the core system, achieving standardized management and efficient collaboration across borders and factories, helping Chinese companies navigate their global expansion.
⭐ Version Update Highlight 2: In-depth Management of Field Data
More data isn't always better; more accurate data is crucial. This iteration strengthens our field data management capabilities. By adaptively cleaning, classifying, and modeling massive amounts of field data, including tool life, machine vibration, and machining accuracy, we build a pure, high-value "data pool" for you. The system automatically identifies invalid data and correlates causal clues, transforming complex field information into clear and reliable optimization insights. This ensures that every adaptive adjustment of process parameters is targeted, precisely improving product quality and yield.
SIGER Data's adaptive processing goes beyond monitoring to enable evolution. By globalizing data language and deepening data governance, we help you transform your production sites into continuously self-optimizing intelligent organisms, achieving a triple leap in cost reduction, efficiency improvement, and quality improvement.
Adaptive Machining System Optimization Schematic
The Adaptive Machining System (AMS) is an intelligent control system that optimizes machining efficiency by real-time monitoring of the machining process and integrating machining data with adaptive adjustment technology. This system can be widely used in precision machining and intelligent manufacturing, helping companies achieve unmanned production and intelligent management.
SIGER Data Adaptive Machining System
The SIGER Data Adaptive Machining System (AMS) uses a constant speed and variable feed method to reduce idle time, increase feed rate, and shorten cycle time while ensuring quality, thereby optimizing machining efficiency and reducing CT cycle time.
The SIGER Data Adaptive Machining System, based on real-time monitoring technology and intelligent adjustment algorithms, enables real-time adjustment of machine tool spindle power. In conjunction with cutting process learning, it automatically adjusts the spindle feed rate to the optimal parameters. The AMS adaptive machining system also sets upper limits for specific tools and part materials, taking into account the corresponding tool process load. Under high load conditions during machining, it automatically reduces the feed rate to ensure stable and safe machining quality.
SIGER Data Adaptive Machining System - Applicable Scenarios
■ Applicable machine tool types: Machining centers, gantry lathes, lathes, turn-milling, and other cutting scenarios;
■ Applicable machining processes: High-volume repetitive machining, high-volume nested machining, low-volume machining, roughing/finishing machining, etc.;
■ Applicable machining methods: Turning, milling, drilling, tapping, tooth flanks, curved surfaces, etc.
SIGER Data's 4-in-1 solution for intelligent machine tool perception and decision-making >>
✅ System 1. Tool Condition Monitoring and Predictive Maintenance
Real-time monitoring of wear and damage on tools such as milling cutters, drill bits, and drill bits. Intelligent algorithms provide timely warnings and trigger shutdowns before tool breakage or excessive wear occurs, effectively preventing mass scrap, protecting workpieces and the machine spindle, and extending tool life.
✅ System 2. Machine Tool Collision Protection
In the instant (millisecond-level response) of a collision between the spindle and the workpiece, fixture, or worktable, it accurately detects abnormal force signals and immediately issues an emergency stop signal, minimizing mechanical damage caused by the collision and protecting the expensive machine tool and core components.
✅ System 3. Adaptive Machining Control
Based on the machine's actual load capacity and the tool's real-time status, it dynamically and intelligently adjusts the feed rate override in the CNC program. This maximizes the machine's processing efficiency potential and effectively shortens cycle time while ensuring machining quality and tool safety.
✅ System 4. Thermal Error Compensation
This function monitors the temperature rise of key components, such as the spindle and ball screw, in real time. Using model prediction and compensation algorithms, it proactively offsets precision deviations caused by thermal elongation and deformation, significantly improving positioning accuracy and part dimensional consistency during long-term continuous machining.
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
>>View the introduction of Adaptive Machining System<<
