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一个引擎 ·
覆盖 3D 打印全流程
One engine.
The entire AM pipeline.

云熔智算是基于多物理场耦合的增材制造仿真平台。40+ 仿真功能,10+ 独有,GPU 集群并行加速,SimuAgent AI 助手把每一次仿真压成一次对话。 YunRong is a multi-physics simulation platform for additive manufacturing. 40+ functions, 10+ proprietary, GPU-cluster parallel; the SimuAgent assistant turns every simulation into a conversation.

01 / SW LICENSE 开发中In development

AI 辅助仿真软件授权

AI-assisted SW license

在客户本地设备运行的完整仿真平台。适合需求量大、有专用算力的企业与大型实验室。

The full simulation platform running on customer hardware. For high-volume users with dedicated compute — large manufacturers and research labs.

  • 数据不出企业内网
  • Data never leaves your network
  • 支持企业 PLM / MES 集成
  • PLM / MES integration ready
  • 提供工艺库与材料库定制
  • Custom process & material libraries
02 / CLOUD 开发中In development

AI 辅助云端仿真

AI-assisted cloud simulation

上传材料与参数,端到端在我们的服务器跑完整仿真。低门槛、低成本,适合中小企业、初学者。

Upload material and parameters; we run the full simulation end-to-end on our cloud. Low cost, low barrier — perfect for SMBs and first-time users.

  • 对硬件零要求
  • Zero hardware requirement
  • 按使用时长弹性计费
  • Pay-as-you-go elastic compute
  • 开箱即用 SimuAgent 助手
  • SimuAgent built in
03 / SIM-AS-A-SERVICE

仿真即服务 / 专家咨询

Sim-as-a-Service / Consulting

客户提交 CAD 与设备信息,我们交付完整仿真报告与工艺建议。适合无专职 CAE 团队的客户。

Send us CAD and machine specs; we deliver the full simulation report and process recommendation. For teams without an in-house CAE function.

  • 资深应用工程师全程跟进
  • Senior application engineers
  • NDA 优先 · 严格保密
  • NDA-first · strict confidentiality
  • 新客户首件免费
  • First pilot part free
提交零件需求Submit a part
04 / PARTNERSHIP

产业合作

Industrial partnership

软硬结合:把仿真嵌入打印机做闭环优化;API 授权给工业平台;流程自动化与模型标定联合开发。

Software-hardware co-design: embed sim into the printer for closed-loop control; API access for industrial platforms; joint development on automation and model calibration.

  • OEM 设备厂深度集成
  • Deep OEM integration
  • PLM / MES 流程嵌入
  • Embedded into PLM / MES
  • 定制材料与工艺包共建
  • Co-built material & process libraries
聊聊合作Talk to us
实验级精度Lab-grade accuracy

把每一次仿真
都拿去实验里检验
Every simulation,
validated against the bench

仿真引擎覆盖流场、热场、电磁场的耦合求解,从微观晶粒、介观残余应力到宏观机械性能。每一个模型都经过实验验证 — 不是 demo,是工程。 The engine couples flow, thermal and electromagnetic fields, spanning grain-scale microstructure, mesoscale residual stress and bulk part properties. Every model is experimentally validated — not a demo, but engineering.

仿真SIMULATION 实验EXPERIMENT
Simulation vs. experiment — keyhole morphology under low and high oxygen
低氧 / 高氧环境下的匙孔形貌 · 仿真与同步辐射成像逐像素对照 Keyhole morphology under low / high oxygen — pixel-level match against synchrotron imaging
覆盖全部主流工艺All major processes

不只是 SLM
是整个增材制造
Not just SLM —
all of AM

云熔智算支持选择性激光熔化 (SLM)、电子束熔化 (EBM)、粘结剂喷射 (BJ) 等主流工艺,以及金属、合金、复合材料、高熵合金多材料体系。 YunRong supports SLM, EBM, Binder Jetting and the other workhorse processes — across metals, alloys, composites and high-entropy alloys.

查看完整功能矩阵Full function matrix
SLM 选择性激光熔化Selective Laser Melting
BJ 粘结剂喷射Binder Jetting
速度Speed

毫秒级推理
工程级精度
Millisecond inference,
engineering-grade fidelity

三层加速架构:高保真 GPU + CPU 混合求解作为基准,AI 代理在保真基础上学习快速近似,最终把仿真嵌入到设计循环里。 A three-tier acceleration stack: hybrid GPU + CPU as the high-fidelity baseline, AI surrogates trained on it for fast approximation, then embedded into the design loop.

SAME MELT-POOL SIM · DIFFERENT BACKEND
CPU · 1 thread
~30d
GPU · RTX 3080
3d
GPU cluster · 8×
9h
AI surrogate
10 ms
同等精度 · NIST AM Bench 2022 · 对数尺度示意Equal accuracy · NIST AM Bench 2022 · log-scale
大语言模型仿真助手LLM-powered simulation co-pilot

让使用者
不必再是 CAE 专家
Users no longer
need to be CAE specialists

01

用一句话描述需求

Describe in one sentence

「帮我打印 Ti-6Al-4V 航空支架,要求孔隙率 < 0.05%」— 不需要参数表,不需要脚本。

"Print a Ti-6Al-4V aerospace bracket with porosity < 0.05%" — no parameter sheets, no scripts.

02

SimuAgent 自动配置仿真环境

SimuAgent auto-configures simulation environment

读取 CAD,自动划分网格,选模型、配参数,从材料库 / 工艺包中检索相关数据。

Reads CAD, auto-meshes, picks models, configures parameters and pulls from your material library.

03

并行 GPU 求解

Parallel GPU solve

调度高保真 GPU 仿真或 AI 代理,自动扫参数窗口,找最优解 — 通常在几分钟内完成。

Dispatches high-fidelity GPU or AI surrogate; sweeps the parameter space and finds optima — usually in minutes.

04

输出可解释的报告

Explainable report

自动写出分析报告:最佳工艺窗口、缺陷预测、敏感度分析、置信度评估。

Auto-writes the analysis: optimal window, defect prediction, sensitivity analysis and confidence assessment.

想看看在你的
零件上能跑成什么样?
Want to see what it
does on your part?