Simulation services
FEA Analysis
Finite Element Analysis services for structural validation, load-case review, and design optimization before prototype release.
Our services
Engineering & Product Development Services
Yantrix supports product teams with simulation, mechanical design, robotics, embedded systems, and prototype development. We help move ideas from concept to validated hardware with clear, engineering-first deliverables.
Services overview
Quick access to every core service
Each service links to its own dedicated landing page so visitors can go deeper into the exact engineering support they need.
Thermal and flow simulation
CFD Analysis
CFD analysis services for airflow, heat dissipation, pressure behavior, and thermal performance in enclosures and product systems.
Mechanical design
CAD Design & DFM
CAD design and DFM services for production-ready part modeling, assemblies, packaging studies, and prototype-friendly design decisions.
Automation systems
Robotics Development
Robotics development services covering ROS 2 systems, mechanical integration, control workflows, and prototype-ready automation builds.
Electronics engineering
PCB / Embedded Systems
PCB and embedded systems support for control hardware, electronics packaging, and prototype-level device integration within product development programs.
Prototype validation
Prototyping
Rapid prototyping services for engineering validation, fit checks, functional models, and manufacturable iteration planning.
Detailed services
Built for real engineering deliverables
Every service is framed around what we do, the problems we solve, the tools we use, and what the client receives at delivery.
FEA Analysis
What we do
Yantrix performs static, thermal, and vibration-focused FEA to evaluate how parts and assemblies behave under real operating loads. We use simulation to support design decisions, highlight weak points, and improve confidence before fabrication.
What problems we solve
- Reduce risk of structural failure before prototype build.
- Optimize design for stiffness, weight, and material usage.
- Improve performance under expected load conditions.
Tools we use
- ANSYS
- SolidWorks Simulation
- MATLAB
- engineering calculation sheets
Deliverables
- Simulation report with assumptions and results
- Load-case summary and design recommendations
- Annotated CAD feedback for weak regions
- Revision guidance for the next design iteration
CFD Analysis
What we do
Yantrix evaluates airflow, thermal buildup, pressure drop, and cooling strategy using CFD workflows suited to electronics packaging, product enclosures, and thermal management problems.
What problems we solve
- Reduce overheating risk in enclosed products.
- Improve cooling performance and airflow direction.
- Support design decisions before thermal testing begins.
Tools we use
- ANSYS Fluent
- SolidWorks Flow Simulation
- thermal calculation models
- CAD-based packaging review
Deliverables
- CFD report with setup, assumptions, and findings
- Temperature and airflow visualizations
- Thermal design recommendations
- Updated enclosure or cooling layout guidance
CAD Design & DFM
What we do
Yantrix develops parametric CAD models, assemblies, and manufacturing-aware layouts for products that need to move from concept into prototype and production. We keep DFM in the loop from the start so geometry decisions stay buildable.
What problems we solve
- Reduce redesign caused by poor manufacturability decisions.
- Improve assembly logic, packaging, and serviceability.
- Create cleaner CAD assets for prototyping and handoff.
Tools we use
- SolidWorks
- Fusion 360
- DFM review checklists
- tolerance and assembly studies
Deliverables
- 3D CAD files and controlled revisions
- Manufacturing-aware assemblies and part breakdowns
- BOM support and design notes
- 2D drawings or documentation for fabrication handoff
Robotics Development
What we do
Yantrix supports robotic systems development across ROS 2 architecture, mechanism integration, motion workflow planning, and prototype-level system coordination for AGVs, robotic arms, and custom automation platforms.
What problems we solve
- Reduce integration risk between mechanics, electronics, and controls.
- Improve system architecture before expensive iteration.
- Move from concept robotics ideas to credible prototype direction.
Tools we use
- ROS 2
- Nav2
- MoveIt
- SolidWorks
- MATLAB
- Jetson and ESP32 integration workflows
Deliverables
- System architecture recommendations
- Mechanical and controls integration notes
- CAD and subsystem packaging support
- Prototype planning documentation
PCB / Embedded Systems
What we do
Yantrix helps define embedded system architecture, PCB-related packaging needs, controller integration requirements, and the practical mechanical-electrical interface for product and robotics programs.
What problems we solve
- Reduce mismatch between enclosure design and electronics packaging.
- Improve planning for controller, connector, and power integration.
- Keep embedded hardware decisions aligned with the full product design.
Tools we use
- embedded architecture reviews
- ESP32 and Jetson integration
- CAD packaging studies
- interface documentation workflows
Deliverables
- Embedded system architecture notes
- Packaging and board-space recommendations
- Interface and connector documentation
- Prototype integration guidance
Prototyping
What we do
Yantrix supports rapid prototyping through CAD preparation, print-ready design adjustments, manufacturing-aware iteration, and prototype planning that feeds directly back into engineering decisions.
What problems we solve
- Reduce design risk before production tooling.
- Improve iteration speed across concept and engineering validation.
- Catch fit, packaging, and assembly issues early.
Tools we use
- 3D printing workflows
- Orca Slicer
- DFM review
- CAD revision control
Deliverables
- Prototype-ready CAD files
- Print or fabrication preparation notes
- BOM and revision tracking support
- Validation feedback for the next design cycle
Process
A simple workflow that stays technically clear
We keep the process straightforward so clients know how the work moves from scope definition to useful delivery.
Step 1
Requirement understanding
We start by clarifying the engineering target, constraints, timeline, and what the client actually needs delivered.
Step 2
Analysis or design execution
We run the design, simulation, system-planning, or prototype-prep work needed for the scope.
Step 3
Iteration
We review findings, adjust the design direction, and refine the work based on technical feedback or changing constraints.
Step 4
Final delivery
We deliver the agreed files, reports, design data, and implementation guidance in a format the client can use immediately.
Use cases
Where these services apply
The service mix is relevant to product teams working across mechanical systems, automation, electronics packaging, and prototype validation.
Robotics
Engineering support adapted to real constraints in robotics programs.
Industrial automation
Engineering support adapted to real constraints in industrial automation programs.
IoT devices
Engineering support adapted to real constraints in iot devices programs.
UAV and drones
Engineering support adapted to real constraints in uav and drones programs.
Consumer products
Engineering support adapted to real constraints in consumer products programs.
Why choose Yantrix
Built for teams that want practical engineering support
These are the reasons clients use Yantrix for simulation, mechanical design, robotics, and prototype-driven product work.
Point 1
Engineering-first approach grounded in real design constraints
Point 2
Fast turnaround for simulation, CAD, and prototype iteration work
Point 3
End-to-end support across mechanical, thermal, robotics, and prototype workflows
Point 4
Hands-on technical expertise instead of generic agency-style execution
Point 5
Clear deliverables that teams can actually use in the next step of development
See our work
Case studies that add trust and context
Internal links to case studies help visitors understand how Yantrix applies these services in real engineering scenarios.
Structural analysis
Reduced structural failure by 32% using FEA simulation
YantriX Technologies helped an industrial equipment client reduce structural failure risk in a load-bearing bracket through FEA-led design optimization.
Thermal engineering
Thermal analysis for a sealed electronics enclosure
A compact case study on how Yantrix evaluates heat buildup, airflow constraints, and enclosure geometry before hardware reaches prototype stage.
Robotics design
Robotic arm design for precise pick-and-place motion
A design study covering joint packaging, structural stiffness, and manufacturable geometry for a compact robotic arm concept.
FAQ
Common questions before a project starts
Clear answers help reduce friction before scoping, quoting, and technical kickoff.
What do you need to start?
Usually a CAD model, concept sketch, reference dimensions, or an existing system description is enough to begin. We define the missing details during scoping.
How long does it take?
It depends on the scope, but focused analysis or design tasks can often start quickly and move in short iteration cycles rather than long fixed phases.
Do you sign NDA?
Yes. We can work under NDA when the project involves confidential product, system, or research information.
What tools do you use?
Depending on the task, we use tools such as ANSYS, SolidWorks, MATLAB, ROS 2, Nav2, MoveIt, and prototyping workflows tied to practical CAD delivery.
Final CTA
Ready to start your project?
Tell us what you are building, what stage you are in, and which engineering problem needs attention first.