Engineered for the autonomous age.
From first sketch to deployed machine — parametric CAD, FEA & CFD validation, ROS 2 robotics, and applied AI that runs on the hardware you ship, delivered by engineers who care about what gets built.
Measured outcomes, every engagement.
We track the metrics that matter to product teams — cost, time, reliability, and compliance.
Average BOM cost reduction delivered
Faster iteration cycles via simulation-first design
On-time delivery across active R&D projects
Fully compliant robotics stack — Nav2 & MoveIt
Edge AI inference on Jetson — vision-guided robotics
Four pillars. One integrated workflow.
From first sketch to deployed machine — CAD, simulation, robotics, and applied AI, built to compress your R&D timeline without compromising engineering rigor.
Advanced Simulation
We don't just design for looks — we engineer for structural integrity, thermal management, and fluid dynamics. We validate performance before fabrication using high-fidelity FEA and CFD simulations.
- →Static structural & vibration
- →CFD airflow & thermal optimization
- →Conjugate heat transfer (CHT)
Mechanical Architecture
Concept-to-production modeling. We implement equation-driven parametric CAD and Design for Manufacturing (DFM) to ensure production-ready assets.
- →Parametric SolidWorks modeling
- →Sheet metal K-factor calculations
- →Topology optimization & DfAM
Intelligent Robotics
Hardware is useless without a brain. We implement custom PCBs, ROS 2 navigation stacks, and AI vision models (YOLOv8) to deliver production-grade autonomous systems.
- →Nav2 autonomous navigation
- →MoveIt manipulation stacks
- →LiDAR SLAM & AI vision (YOLOv8)
Applied AI & ML
We build AI that actually runs where your hardware runs — on the robot, on the PCB, on the shop-floor camera. End-to-end: data, training, optimization, deployment, and MLOps.
- →Computer vision for robotics & inspection
- →Edge ML on Jetson, Coral, ESP32-S3
- →ML-surrogate simulation & digital twins
Engineering excellence, shipped.
A sample of recent builds — from vision-guided bin picking and edge-AI inspection cameras to 80 kg payload autonomous mobile robots.
IP67 Passive Cooling for 5G IoT Gateway
Optimized the thermal architecture for a fanless 15W outdoor gateway. Performed Conjugate Heat Transfer (CHT) analysis to validate natural convection efficiency.
Solar Structure Engineering Validation
Structural integrity validation for a rooftop solar mounting system under cyclonic wind loads (150 km/h). Conducted Static Structural Analysis.
Cleanroom Ventilation Strategy
Airflow distribution simulation for an ISO Class 7 Cleanroom. Analyzed velocity streamlines and pressure gradients to identify dead zones.
Parametric Automotive Braking Systems
Equation-driven master CAD template for high-performance braking systems with patent-defined ratios and tooling-ready outputs.
80 kg Payload Autonomous Mobile Robot
Heavy-duty AMR with skid-steering drive, Nav2 navigation stack, and LiDAR-based SLAM mapping.
High-Torque Integrated Smart Actuator
Custom servo motor with NEMA 23 stepper, AS5600 encoder, and ESP32-based closed-loop PID control.
Vision-Guided 6-DOF Bin-Picking Cell
YOLOv11-Seg + 3D pose estimation on a Jetson Orin Nano. Picks randomly oriented SKUs from a cluttered bin at <80 ms end-to-end latency with 99.2% detection accuracy.
On-Device Defect Detection Camera
Custom PCB with ESP32-S3 + OV5640 camera running a quantized INT8 CNN in TFLite Micro. Zero-cloud anomaly flagging on a production conveyor — 18 FPS at 0.4 W.
ML-Surrogate FEA Solver for Topology Studies
A physics-informed neural network trained on 12,000 ANSYS runs. Predicts von-Mises stress fields in ~40 ms vs. a 22-minute full solve — 500x faster early-stage design exploration.
AI-Perception Warehouse AMR Fleet
Multi-robot 80 kg AMR fleet with semantic SLAM, dynamic obstacle classification, and centralized task allocation. ROS 2 Nav2 + YOLO + Foxglove dashboarding.
Natural-Language CAD Copilot (SolidWorks)
LLM agent wired into SolidWorks API. Engineers say "thicken rib by 2 mm, then re-run static" — the copilot edits the parametric tree, triggers the FEA run, and returns a diff.
Engineers who ship production-ready machines.
We bridge digital design and physical reality. No render-only CAD, no unvalidated simulations, no prototypes that never make it to production.
- i.
Engineering excellence
Every design we create is validated, optimized, and production-ready. We don't cut corners — everything is simulated, prototyped, and proven.
- ii.
Transparent collaboration
We keep you informed at every stage. No jargon, no surprises — just clear communication with weekly demos and shared project dashboards.
- iii.
Rapid delivery
Time is critical. Tight iteration loops with in-house 3D printing and CNC partners move you from sketch to validated prototype in weeks.
Drawing sheet · 04
Rev. 02Trusted by teams building the hard stuff.
Yantrix provided critical structural validation for our roof-mounted solar arrays. Their FEA simulations for high-velocity wind loads allowed us to optimize material usage by 15% without compromising safety. Refreshing to work with a team that prioritizes physics over guesswork.
As a product lead, I need enclosures that aren't just sleek, but thermally sound. Yantrix's CFD analysis for our fanless 5G gateway was a game-changer. They identified internal heat-sink placements that prevented critical throttling issues before we went to tooling.
Integrating complex ROS 2 navigation into our heavy-payload platforms was a major hurdle until we partnered with Yantrix. Their mechatronic integration is world-class — they delivered a functional, intelligent control system that exceeded our performance specs.
Have a machine to build? Let's scope it together.
Tell us about your project. We'll respond within 1-2 business days with a preliminary scope and timeline — no boilerplate, no up-sell.