ADAMS_LV.pdf
1.3 MB
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cnc.pdf
11.3 MB
📄 جزوه آموزش CNC
این جزوه شامل موارد زیر است:
• تعریف CNC — چیست و چگونه کار میکند
• دستورات G-code — انواع دستورات و کاربرد هر کدام
• ساختار برنامه — چگونه برنامه CNC بنویسیم
• مثالهای عملی — کدهای آماده برای تمرین
• نکات مهم — نکاتی که باید بدانید
✅ مزایا:
• آموزش جامع و ساده
• مثالهای عملی
• مناسب برای مبتدیان و پیشرفتهها
• استفاده گسترده در صنعت
@SolidWorks2019
این جزوه شامل موارد زیر است:
• تعریف CNC — چیست و چگونه کار میکند
• دستورات G-code — انواع دستورات و کاربرد هر کدام
• ساختار برنامه — چگونه برنامه CNC بنویسیم
• مثالهای عملی — کدهای آماده برای تمرین
• نکات مهم — نکاتی که باید بدانید
✅ مزایا:
• آموزش جامع و ساده
• مثالهای عملی
• مناسب برای مبتدیان و پیشرفتهها
• استفاده گسترده در صنعت
@SolidWorks2019
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Forwarded from AddiTech
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🚀 AddiTech v.3.0 (Beta): Unprecedented Multi-Modal Fusion for Industrial AM
We are releasing an exclusive first look into the AddiTech v3.0 test environment. This session demonstrates a live, real-time in-situ monitoring deployment during a 4-plate LPBF build, seamlessly processing synchronized data from zoomed chamber optical (RGB) and acoustic sensors.
AddiTech 3 represents a massive architectural leap forward. Engineered specifically for demanding industrial environments, it operates with ultra-low, millisecond-level latency. For the first time in the industry, we are introducing true Multi-Modal Sensor Fusion—a platform capable of simultaneously supporting, synchronizing, and analyzing Acoustic, Vibration, Thermal, and RGB data streams.
As AddiTech 3.0 approaches its final deployment architecture, it delivers a highly modular, open-architecture ecosystem designed to eliminate the "black box" of metal 3D printing.
⚙️ Shape the manufacturing of tomorrow.
@AddiTech
We are releasing an exclusive first look into the AddiTech v3.0 test environment. This session demonstrates a live, real-time in-situ monitoring deployment during a 4-plate LPBF build, seamlessly processing synchronized data from zoomed chamber optical (RGB) and acoustic sensors.
AddiTech 3 represents a massive architectural leap forward. Engineered specifically for demanding industrial environments, it operates with ultra-low, millisecond-level latency. For the first time in the industry, we are introducing true Multi-Modal Sensor Fusion—a platform capable of simultaneously supporting, synchronizing, and analyzing Acoustic, Vibration, Thermal, and RGB data streams.
As AddiTech 3.0 approaches its final deployment architecture, it delivers a highly modular, open-architecture ecosystem designed to eliminate the "black box" of metal 3D printing.
⚙️ Shape the manufacturing of tomorrow.
@AddiTech
❤1
Forwarded from AddiTech
🚀 AddiTech v.3.0 (Beta)
Release Date : 10/08/2026
⚙️ Core Capabilities & Upgrades:
@AddiTech
Release Date : 10/08/2026
⚙️ Core Capabilities & Upgrades:
Edge Node Computing: Industrial-grade local processing ensuring zero-latency inference and maximum data security on the factory floor.
Source Synaptic Pipeline: A fully modular, node-based visual interface for routing complex data streams and building custom AI architectures.
Machine & Machinery Definition: Direct machine adapter integration (e.g., EOS M290) to sync physical sensor data with actual machine telemetry.
Custom Plugin & Model Deployment: Open-architecture support allowing the installation of third-party plugins and diverse machine learning model launch configurations.
Absolute Traceability (Evidence & Artifacts): A comprehensive registry system. Every session, log, and captured packet (Evidence), alongside all AI-generated outputs (Artifacts), is strictly traceable, replayable, and available for direct export.
@AddiTech
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Tutorial Video Series
✅ Sub : Modeling a Motorcycle Engine on SolidWorks
🔺 32 Episodes with Exercises
#Tutorial_videos
#Solidworks
#Modeling
🗂 To Download Files 👇
@Solidworks2019
✅ Sub : Modeling a Motorcycle Engine on SolidWorks
🔺 32 Episodes with Exercises
#Tutorial_videos
#Solidworks
#Modeling
🗂 To Download Files 👇
@Solidworks2019
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