About CIDTECH
We don’t just simulate processes, we create experiences that drive innovation.
At CIDTECH, we specialize in building high-end simulations and virtual tools that transform how industrial systems are designed, validated, and communicated.
See What We Build At CIDTECH, we specialize in building high-end simulations and virtual tools that transform how industrial systems are designed, validated, and communicated.
Jose Maria Cid Salmeron
Founder & CEO · CIDTECH Simulations
Jose Maria Cid Salmeron is the Founder and CEO of CIDTECH Simulations, where he develops industrial simulation, digital twin and virtual environment solutions for companies seeking to visualize, validate and communicate complex systems before execution.
Jose Maria Cid Salmeron
Founder & CEO · CIDTECH Simulations
Jose Maria Cid Salmeron is the Founder and CEO of CIDTECH Simulations, where he develops industrial simulation, digital twin and virtual environment solutions for companies seeking to visualize, validate and communicate complex systems before execution.
ABOUT THE FOUNDER
JOSE MARIA CID
Founded by Jose Maria Cid, CIDTECH was created to connect industrial engineering, visual simulation and strategic decision-making.
With a background in mechatronics, robotics and industrial optimization across Spain, Sweden and France, Jose brings a technical and international perspective to complex industrial systems.
What sets CIDTECH apart?
We do not sell files, screenshots or isolated animations. We transform technical complexity into clear virtual environments that help companies understand, present and validate their systems before investing in physical changes.
From Design to Reality.
With a background in mechatronics, robotics and industrial optimization across Spain, Sweden and France, Jose brings a technical and international perspective to complex industrial systems.
What sets CIDTECH apart?
We do not sell files, screenshots or isolated animations. We transform technical complexity into clear virtual environments that help companies understand, present and validate their systems before investing in physical changes.
From Design to Reality.
Practice Areas
We provide companies and institutions with legal service for business and private clients
CAD defines geometry; simulation reveals flow. A 3D simulation (digital twin) captures time, variability and interactions—things a static plan misses.
It uncovers bottlenecks, queues, resource conflicts, changeover effects, operator/AGV routes, safety overlaps, buffer sizing, and cycle-time drift under different demand patterns. You can test what-if scenarios (staffing, routing, WIP caps, arrival windows) and quantify throughput, OEE, takt compliance, truck wait time, energy use before spending.
In short: CAD shows where assets go; simulation shows how the system really behaves.
It uncovers bottlenecks, queues, resource conflicts, changeover effects, operator/AGV routes, safety overlaps, buffer sizing, and cycle-time drift under different demand patterns. You can test what-if scenarios (staffing, routing, WIP caps, arrival windows) and quantify throughput, OEE, takt compliance, truck wait time, energy use before spending.
In short: CAD shows where assets go; simulation shows how the system really behaves.
Minimum set:
We can start with estimates and refine as data improves.
- Layout: 2D/3D CAD (DWG/DXF/STEP/IGES) or a scaled sketch.
- Process: task/routing list, cycle times (averages or distributions), changeovers, constraints.
- Operations: shift calendar, staffing, breaks, work rules, priorities.
- Demand/arrivals: order mix, inter-arrival profiles, truck schedules.
- Equipment: capacities, speeds, buffer sizes, downtime/MTBF (if known).
- KPIs you care about: throughput, WIP, OEE, service levels, wait times.
We can start with estimates and refine as data improves.
Yes.
We routinely start from a sketch or early CAD and build a progressive model: coarse → calibrated → validated. Early pilots answer “is the concept viable?”; later iterations add detail (stations, logic, sensors, controls).
This lets you de-risk decisions early and avoid rework when the final CAD is ready.
We routinely start from a sketch or early CAD and build a progressive model: coarse → calibrated → validated. Early pilots answer “is the concept viable?”; later iterations add detail (stations, logic, sensors, controls).
This lets you de-risk decisions early and avoid rework when the final CAD is ready.
We model discrete manufacturing and logistics end-to-end: CNC/robotic cells, assembly, packaging lines, conveyors, AGV/AMR fleets, sortation, warehouses/intralogistics, e-parking & access systems, renewable-energy balance-of-plant and more.
If it has flow, resources, buffers, and control logic, we can simulate it.
If it has flow, resources, buffers, and control logic, we can simulate it.
Typical pack includes:
Formats: MP4/PNG/WEBM/HTML/WebGL/PDF/CSV—tailored to your toolchain.
- MP4 videos / cinematic renders for stakeholders and marketing.
- Interactive model viewer (web or on-prem) to run scenarios.
- KPI dashboard (throughput, WIP, utilization, OEE, truck wait, etc.).
- Scenario comparison report (A/B results, ROI, payback).
- Stills/graphics for slides and training.
Formats: MP4/PNG/WEBM/HTML/WebGL/PDF/CSV—tailored to your toolchain.
Guidelines: 2–4 weeks for a single line/cell; 4–8 weeks for a full area or warehouse.
Duration depends on scope, data availability, complexity (logic, controls, variability), and review speed. Phases: kickoff → modeling → calibration/validation → what-ifs → delivery & handover.
Duration depends on scope, data availability, complexity (logic, controls, variability), and review speed. Phases: kickoff → modeling → calibration/validation → what-ifs → delivery & handover.
Yes.
Our standard package includes two review rounds (design freeze + results review). Minor edits inside those rounds are covered.
Additional iterations or scope changes are handled via change requests with clear time and cost impact before we proceed.
Our standard package includes two review rounds (design freeze + results review). Minor edits inside those rounds are covered.
Additional iterations or scope changes are handled via change requests with clear time and cost impact before we proceed.
Absolutely. We run what-if experiments on dock assignment, arrival windows, door-to-lane rules, buffer sizing, routing priorities, staffing, and WIP caps.
Outputs show truck wait time, dock utilization balance, aisle congestion, and throughput stability. You’ll get the best-performing configuration with quantified ROI.
Outputs show truck wait time, dock utilization balance, aisle congestion, and throughput stability. You’ll get the best-performing configuration with quantified ROI.
We use versioned models and a simple change-control process.
Small tweaks may fit within the included review rounds; material scope changes are priced transparently with revised timeline/milestones.
You approve before we implement, ensuring cost and schedule stay predictable.
Small tweaks may fit within the included review rounds; material scope changes are priced transparently with revised timeline/milestones.
You approve before we implement, ensuring cost and schedule stay predictable.
Yes. We offer handover workshops, recorded how-to videos, and a playbook (inputs, assumptions, KPIs, scenario scripts).
Optional 30/60/90-day support helps your team keep models up to date and run additional experiments independently.
Optional 30/60/90-day support helps your team keep models up to date and run additional experiments independently.
We’re not just business — we are creators. We are CIDTECH
We simulate the future. We optimise the present. We design for impact.
Your ideas deserve more than slides – they deserve a simulation.
Let’s Build the Future Together
Whether you're launching a new idea or optimizing an existing system, let's bring it to life together. Reach out and we'll simulate your success.
contact@cidtech.io
ES +34 637120746
ES +34 637120746
We reply within 24 hours – faster if you include a project brief.
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