全球领先的 3D 打印仿真平台。打印前精准预测结果、优化参数，大幅提升打印成功率、减少试错次数、缩短工艺开发周期。 The world's leading 3D printing simulation platform. Predict results and optimize parameters before you print — boosting success rates, cutting trial iterations, and shortening process development cycles.
颗粒尺度的离散元仿真重现真实粉末床 — 摩擦、范德华力、颗粒分级一颗不漏。这是后续所有物理的起点。
Particle-scale discrete-element simulation replicates real powder beds — friction, van der Waals, size segregation, every grain modeled. This is where every later physics step starts.
激光扫过的瞬间发生了什么？热流、马兰戈尼对流、蒸发反冲压、匙孔失稳 — 多物理场耦合实时求解，温度场以颜色直接显示。
What happens the instant the laser passes? Heat flow, Marangoni convection, evaporation recoil, keyhole instability — all multi-physics fields coupled and solved in real time. Color encodes temperature.
熔池凝固时晶粒是怎么长出来的？相场建模逐层模拟形核、长大、粗化 — 不同晶粒方向用不同颜色，让"看不见的合金组织"变成可视可量化的数据。
How do grains grow as the melt pool solidifies? Phase-field modeling traces nucleation, growth and coarsening layer-by-layer — each grain orientation a distinct color, turning invisible microstructure into quantitative data.
层层堆积后，残余应力如何分布？一个 3D 色谱清晰展示从蓝色（拉应力 −130 MPa）到红色（压应力 3.2 GPa）的真实分布 — 直接告诉你哪儿会翘曲、哪儿会裂。
After layers stack up, how is residual stress distributed? A 3D color map shows the real distribution from blue (tension −130 MPa) to red (compression 3.2 GPa) — telling you exactly where warpage and cracking will appear.
从微观尺度的应力分布出发，外推到宏观零件的延展性、疲劳寿命与断裂行为 — 让工程师在打印之前就知道这个零件能不能用、能用多久。
From microscopic stress distributions out to bulk ductility, fatigue life and fracture behavior — engineers know if the part will work, and how long it will last, before it's ever printed.
打印前在虚拟环境中完整模拟过程，预测缺陷与形变。金属打印 20–30% 的失败率，变成一次成型的把握。
Run the full print in a virtual environment first — defects and distortion predicted before you commit material. Turn 20–30% metal-AM failure into first-print confidence.
在仿真中完成参数迭代，找到最优方案后再实际打印 — 从平均 3–7 次试错降至 1 次。每一次试错都是上万元的粉末与几十个小时。
Iterate in silico, find the optimal window, then print — cutting 3–7 trial prints down to one. Every avoided trial saves tens of thousands in powder and dozens of hours.
云熔智算的 AI 助手 SimuAgent 自动设置参数、自动生成报告。原本需要数周的工艺摸索周期，在 AI 辅助下压缩到数小时。
The SimuAgent assistant auto-configures parameters and writes the report. What used to be weeks of process-window hunting collapses to hours with AI assistance.
仿真不是 demo — 每一个预测都拿到实验台上逐项比对。钨倒铜复合材料 EBAM 案例中，仿真与实验达到 90% 一致性。
Simulation isn’t a demo — every prediction is matched against experiment, line by line. In the W/Cu EBAM case, sim and experiment agreed at 90%.
多物理场耦合仿真引擎，覆盖流场、热场、电磁场，从微观晶粒生长到宏观机械性能逐层重现 3D 打印过程。每一个仿真结果都经过实验验证。 A multi-physics coupled simulation engine spanning flow, thermal and electromagnetic fields — reproducing the entire AM process from grain-scale microstructure up to bulk mechanical properties, every result experimentally validated.
40+ 仿真功能，10+ 独有。从粉末铺设到熔池演化、微观结构生长、残余应力，到最终零件机械性能 — 一个引擎，一套数据。 40+ simulation functions, 10+ proprietary. From powder bed to melt-pool dynamics, microstructure evolution and residual stress, all the way to final part properties — one engine, one data flow.
GPU + CPU 混合并行运算，相同精度下速度提升 10 倍。AI 增强预测把单次推理压缩到毫秒级 — 让仿真不再是瓶颈。 Hybrid GPU + CPU parallelism delivers up to 10× speedup at the same accuracy. AI-enhanced prediction collapses inference to milliseconds — simulation stops being the bottleneck.
SimuAgent AI 助手把仿真所需的几十个参数压成一句话需求。自动建模、自动求解、自动出分析报告 — 工程师不必再是 CAE 专家。 SimuAgent collapses dozens of simulation parameters into a single natural-language request. It auto-builds the model, runs the solver, and writes the analysis report — your engineers no longer need to be CAE specialists.
纳入保护气、载气与粉束轨迹耦合求解，定位粉末利用率偏低的真实原因，仿真熔池尺寸与实验一致。
Coupled shielding-gas, carrier-gas and particle trajectories pinned the root cause of low powder efficiency. Predicted melt-pool dimensions matched experiment.
查看完整案例Full case仿真定位失败根因，结合多道次重熔策略，仅用一个月在实验中实现强化颗粒均匀分布。
Simulation identified root cause; a multi-pass remelting strategy delivered uniform reinforcement-particle distribution in one month.
查看完整案例Full case元素蒸发模型预测不同功率下 Mn 损失速率，与实验测量偏差 < 0.1 wt.%，客户据此预补偿粉末成分。
An element-evaporation model predicted Mn loss per process window within 0.1 wt.% of measurement, letting the customer pre-compensate the alloy.
查看完整案例Full case提交一个简短的需求，我们的应用工程师会在 48 小时内回复你 — 评估可行性、给出仿真路径、安排 Demo。 Send a short brief. Our application engineers reply within 48 hours — feasibility check, simulation plan, Demo slot.