Control panels
Buying a UL 508A control panel: what belongs in the specification?
Specify a UL 508A control panel with clear requirements for labeling, supply, SCCR, enclosure, drawings, testing, and field installation responsibilities.
3 min read
Industrial engineering · Michigan
Your engineering
team. Extended.
From mechanical design to controls and simulation.
Specialist support for machine builders and integrators.
Michigan · United States & Canada
Mechanical & electrical designControl panels & programmingSimulation & commissioning
Built around your teamMachine buildersSystem integratorsIndustrial teams
Engineering, across disciplines
From the first concept
to the final connection.
Extend your team where the work needs it. Choose a defined engineering task or connect disciplines around one project.
01
Mechanical design
Concepts, 3D models, tooling, and detail drawings.
Explore this discipline ↗
02
Electrical design
Schematics, panel layouts, component selection, and BOMs.
Explore this discipline ↗
03
Controls & commissioning
PLC/HMI programming, field wiring, and startup support.
Explore this discipline ↗One portfolio. Your scope.
Build with confidence.
Validate with evidence.
Two focused capabilities to support your next step: a control panel built to your requirements and engineering studies that test your assumptions.
Inside a Spinula panel project01 / Control panels
From your specifications
to a panel ready for integration.
Build-to-print or design-and-build control panels, with UL 508A labeling available to match your project requirements.
- Electrical schematics, layouts & BOMs
- Panel assembly, wiring & agreed testing
- PLC/HMI programming & field support
02 / Simulation & validation
Make the next decision
with better evidence.
Evaluate the structure, robot motion, payload, and control sequence before committing to the next project stage.
- Structural FEA with SOLIDWORKS
- Robot payload, inertia & cycle time
- Virtual commissioning with Emulate3D
Structural analysis & design validationSelected engineering work
KUKAStructural FEA
SDU assembly & pallet studies
From a defined load to a documented result
Engineering evidence.
A practical next decision.
Two separate studies used SOLIDWORKS Simulation to assess structural behavior under defined loading conditions. The reports connected stress and displacement results to the engineering question.
Defined loads & supportsStress & displacementTechnical reporting
Explore the project studiesHow we work together
A defined scope.
A clear handoff.
Whether you need one analysis, one panel, or engineering across disciplines, the starting point is the same: clear inputs and agreed deliverables.
- 01 / ALIGN
Understand the project.
Share the application, existing files, specifications, target date, and the work your team will retain.
- 02 / DEFINE
Agree on the scope.
Define technical assumptions, responsibilities, review points, deliverables, and the proposal.
- 03 / DELIVER
Review the work together.
Work through the agreed engineering reviews, tests, and documentation toward a clear handoff.
Engineering Insights
Before the next
project decision.
Practical guides to specifying, testing, and handing over industrial engineering work.
Explore all articlesControls
Before you outsource PLC and HMI programming, define these boundaries
Scope PLC and HMI programming services around operating modes, interfaces, alarms, recovery, testing, source files, and commissioning responsibilities.
3 min read
Simulation
Virtual commissioning with Emulate3D: build the test plan before the model
Plan Emulate3D virtual commissioning around PLC interfaces, realistic model behavior, fault recovery, repeatable tests, and the physical checks still required.
3 min read
Start with a conversation
Where does your project need support?
Bring us the scope you have. We will help define the deliverables, responsibilities, and next step.