Industrial engineering, integration and industrialisation.
GreenHexagon develops proprietary industrial systems and owns defined engineering work packages across machine design, controls, fluid-process automation, testing and production industrialisation.
Six disciplines connected by one system view.
We focus on the interfaces between machine, process, control and production - the places where isolated supplier packages often fail to become a coherent industrial system.
Machine & mechanical engineering
3D mechanical development, equipment architecture, structural concepts, service access and machine-interface definition.
- Mechanical CAD and assemblies
- Skids, tanks and machinery structures
- Design for build and maintenance
Controls & electrical integration
Control architecture that connects sensors, actuators, safety functions and the machine operating sequence.
- PLC and HMI scope definition
- Instrumentation and I/O architecture
- Machine and line interfaces
Fluid-process automation
Pumps, valves, sensors and process states engineered as a managed circuit rather than disconnected components.
- Hydraulic and fluid circuits
- Pressure, flow, level and temperature
- Condition-based operating logic
Pneumatics & machinery safety
Actuation, safe-state thinking and maintainable pneumatic architectures developed around the real machine duty.
- Pneumatic actuation concepts
- Isolation and exhaust strategy
- Safety-interface coordination
Robotics integration
Defined robotics work packages coordinated with specialist integrators where the production task benefits from automation.
- Cell and handling concepts
- Mechanical and process interfaces
- Partner-led robot implementation
Testing & industrialisation
Turning engineering intent into a buildable, testable and repeatable industrial configuration.
- FAT and SAT planning
- Assembly and verification logic
- Production-line preparation
Capability shown through industrial work.
GreenHexagon's position is grounded in product development and industrial engineering experience. We distinguish current capability, prior experience and planned industrialisation rather than presenting all future scope as already deployed.
Lead engineering experience includes the design and development of CNC machinery and mechanical 3D systems.
Previous engineering work includes a fluid-handling tank system used within a battery testing and certification context.
The current programme connects regenerative filtration, mechanical architecture, pumps, valves, sensors, controls, assembly and service planning.
A planned production cell for Swindek filter elements is being developed as an industrialisation workstream, not presented as an already operating line.
Own the work package. Integrate the right specialists.
GreenHexagon does not claim that every discipline is fully in-house. We define the system, retain technical coordination and add specialist capability where the application requires it.
Scope and interfaces
Clarify the industrial outcome, boundaries, constraints and verification criteria.
System architecture
Connect mechanical, process, controls, safety and production requirements.
Specialist packages
Bring in selected robotics, electrical or manufacturing partners under defined interfaces.
Build and evidence
Plan testing, acceptance, commissioning and the evidence needed for repeatability.
Swindek by GreenHexagon
Regenerative process infrastructure for filtration, coolant stability, reduced intervention and cleaner residue handling in precision-machining environments.
Explore Swindek Smart →