Digital Factory
From layouts to an intelligent, scalable digital factory
Our Digital Factory solutions begin with ‘structured’ factory layouts and mature to connected, simulated, and integrated digital factories. The result is a 3D digital twin that is enhanced by live operational data and advance towards Industry 4.0.
The Digital Factory Journey
Manufacturing teams often begin by defining the use of space, the production flow, the logistics path, and the feasibility of expansion. The most frequently employed tool is AutoCAD. These early design choices form the basis for construction, performance, and long-term operations.
This structured approach, which began with layout planning and extended through design, simulation, and real-time information, ensures that data continuity is maintained throughout the process.
Stage 1: Factory Layout Planning in AutoCAD
The journey begins by understanding the space allocation, material, people's movement, and possible roadblocks. This is done even before any level of design work is solidified to define the downstream decisions. Initially, layout planning is defined as a 2D layout.
Key Characteristics
High-level spatial planning – no equipment details.
Zones, aisles, and circulation paths are defined.
Early identification of spatial constraints
The layout serves as a baseline for all subsequent stages.
Stage 2: Development of Plant Layout in BIM Model
When we design the layout, the factory facility is sculptured digitally within BIM authoring applications, simulating the complete context of the facility, including floors, columns, walls, roof, and clearing. This step provides a secure basis for design and equipment planning.
Key Characteristics
Building information model (BIM) for the plant site
Coordinated building elements and clearances
Centralized access and controlled collaboration
Single source of truth concerning facility data
Stage 3: Equipment & Mechanical Design
Once the facility has been established, attention shifts to the design of manufacturing equipment. This step is about designing layout-aware mechanical designs that adhere to spatial constraints and allow easy flow of production. Equipment is part of the larger factory system.
Key Characteristics
Model of parametric equipment and assembly.
Construct that fits layout and space.
Reusable and configurable equipment assets.
Layout positioning and simulation preparation.
Stage 4: Construction of a Part–Based Plant Layout
The digital factory begins to function more like a shared networked system here. BIM data of the facility, equipment models, and process flows are combined to develop the complete factory layout. The system at the operation stage also helps the team to see, optimize, and control plant configuration in an understandable way.
Key Characteristics
Combined 2D and 3D factory layout
Synchronized building and equipment context
Controlled layouts, iterations, and the governance of data
Centralized management of layout data
Stage 5: Simulation & Performance Validation
This phase verifies how the factory will function before it is built. Simulations address economic drivers, using throughput, resource utilization, and material flow as performance indicators to turn design assumptions into measurable performance findings. This ensures the factory is not just feasible — but optimal.
Key Characteristics
Simulation-driven performance evaluation
What-if scenario analysis
Bottleneck and inefficiency identification
Resource and material flow optimization
Stage 6: Connected Digital Factory & Real-Time Data Integration
This stage breathes life into the digital factory by connecting online shop-floor data to the virtual model. By tapping into real-time machine and production data, the digital is a “living” demonstration of operations that speaks to what’s happening on the floor.
Key Characteristics
Integrate with shop-floor systems in real time.
Real-time status view of machine, production metrics, and KPIs.
Digital factory visualization is updated constantly.
Analysis of the application insights and organisation, mapped onto layouts/machines.
Operational performance monitoring and analysis.
Value-Added Capability
Visualization, Dashboards & 3D Digital Factory
This leads us to a 3-D digital double of the factory. It merges geometry, simulation context, and real-time operational data into one visual experience.
This leads us to a 3-D digital double of the factory. It merges geometry, simulation context, and real-time operational data into one visual experience.
Key Characteristics
3D visualization with a rich interactive experience of the factory and assets.
Real-time dashboards mapped to machines and production areas.
Role-based views for executives, engineers, and the operations teams
Single visualization tool for design, simulation, and live data.
Faster insight-driven decision-making and stakeholder alignment.
Why CCTech for Digital Factory
Reduced Risk and Rework
Initial validation of design, BIM coordination, and simulation decreases downstream modifications and execution risk.
Faster Planning and Iteration Cycles
Digital processes and data management also help align and decide as a team.
Improved Productivity and Performance
Use model-based learning to maximize throughput, capacity, and resource utilization prior to (and while) the gate is in operation.
End-to-End Operational Visibility
Connected digital factory models provide live visibility into machine states, KPIs, and production performance.
Future-Ready and Scalable Digital Foundation
A unified digital thread from layout to operations ensures continuity, scalability, and long-term value.
From Layout to a Living Digital Factory
Whether you are starting with factory layouts or aiming to build a connected, real-time digital factory, CCTech helps you progress stage-by-stage with clarity, control, and confidence.
Start with the layout
Validate with simulation
Connect with real-time data
Visualize the factory as it truly operates.