Robot-First Factory Platform

Product. Robots. Factory. Designed as one system.

Start with a product and an annual volume. The process, robotics and building are planned around them together — while a change still costs a drawing, before it costs concrete.

Robotic factory design, simulation and facility planning in one coordinated approach.

New factories · New production lines · Factory redesign

Platform concept · Project enquiries

Concept illustration of a robot-first factory: robotic cells, autonomous mobile robots, storage and utilities shown as a building and as a digital twin
  • Robot cells
  • AMR flow
  • Vision
  • Utilities
  • Service access
EXAMPLE BRIEF We want to manufacture 5 million units per year.

Your production goal is the starting point. Everything else is designed to reach it.

Co-designed from day one

The factory fits the robots. The robots fit the factory.

Product, process, robots and building are developed together. Each trade-off is tested on the model before money goes into equipment or steel.

  1. PRODUCT

    Geometry, materials and assembly requirements.

  2. PROCESS

    Operations, throughput targets and quality checks.

  3. ROBOT

    Robot types, tooling, interfaces and service requirements.

  4. FACTORY

    Layout, utilities, storage and autonomous material flow.

Standard equipment wherever it fits. Custom robotics only where the process pays for it.

ITERATE
Simulate ↔ Compare ↔ Refine
THEN
Specify → Build → Commission → Improve

The targets are output, quality and unit cost. The robot count follows from them.

Read the full design workflow →

From brief to factory blueprint

See what needs to be designed before you build.

One plan links what you make, how it is automated, the building it runs in and what it costs to build and run.

ILLUSTRATIVE PROJECTFACTORY BLUEPRINT · STRUCTURE
Product
Small appliance assembly
Production target
5,000,000 units per year
Project type
New factory
Location
To be defined

01Manufacturing concept

Product changes, process sequence, automation options and throughput requirements.

02Simulation plan

Robot reach, cycle-time assumptions, material flow, bottlenecks and scenarios to test.

03Facility & launch plan

Layout, utilities, storage, maintenance access, installation stages and commissioning requirements.

04Economics & risks

CAPEX and OPEX assumptions, capacity scenarios, dependencies and unresolved engineering questions.

Use this example as a starting point →

The goal: a production system you can build, run, maintain and change.

Start with your product

What do you want to manufacture?

Two lines are enough to start: the product and roughly how many units per year. The full factory specification comes later.

Prefer to write directly? [email protected] · Telegram @simvim