Engineering services for mechanical and plant engineering
NEERTEX combines design, simulation, CE conformity and technical documentation into clearly defined work packages.
For the initial assessment, the task description, time frame and existing CAD data or drawings are sufficient.
Technical decisions based on a reliable data foundation
Design and calculation are not transferred separately. Insights from FEM, manufacturing, and safety are fed back into the next model version.
Parametric models, assemblies, drawings, parts lists and production-ready design.
FEM and CFD analyses with documented load cases, boundary conditions and results.
Risk assessment, machine safety, CE documentation and traceable handover.
Engineering support that helps with the project
NEERTEX takes on precisely the technical scope that is lacking internally: as an independent project or integrated work package with a defined result.
Mechanical design for durable products and systems
From clarifying the task, through concept and 3D model to drawings, parts lists and release-ready design data.
View constructionStrength, fatigue strength and optimization
Load cases, boundary conditions, stresses and reserves are evaluated in a traceable manner and fed back into the design process.
View FEM performanceFlow, pressure loss and heat transfer
CFD simulations provide a basis for decisions regarding flow guidance, thermal boundary conditions and system components.
View simulationRisk assessment and CE conformity
Safety requirements, protection concepts and technical documentation are aligned with design decisions at an early stage.
View CE performanceVerifiable documentation instead of open interim results
Calculation reports, risk assessments, operating instructions and agreed handover documents provide a comprehensible conclusion to the work package.
Increase capacity. Keep responsibilities clear.
External engineering services work well when the scope, interfaces, and deliverables are clearly defined before the start.
- Make capacity available Design and calculation packages run in parallel with internal development processes.
- Use specialized knowledge in a targeted manner FEM, CFD, FKM, machine safety or CE are integrated on a project-specific basis.
- Making handovers controllable Review points, data statuses and open issues remain transparent for all participants.
From order to reliable handover
The process will be adapted to your project. These five decisions, however, ensure a consistent technical standard.
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01
Clarify the goal
Define function, installation space, loads, standards, deadlines and desired delivery items.
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02
Connecting interfaces
Integrate CAD, PDM, contact persons, data formats and review processes into the customer process.
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03
Implementing engineering
Prepare models, calculations, drawings and documents to the agreed extent.
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04
Check results
Evaluate function, manufacturability, loads and safety requirements before release.
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05
data transferred
Document the release status, evidence, change status and open issues in a traceable manner.
Engineering remains close to manufacturing and operations
Technical quality is not solely determined at the CAD workstation. Assembly, accessibility, testing, and real-world interfaces also play a crucial role.
Directly integrate systems, installation space and interfaces
Taking photos at the customer's or manufacturer's site helps to compare inventory data, assembly conditions and technical risks with the digital model.
Continue changes in a controlled manner
Structured references, variants, and data versions keep adjustments manageable even as the project progresses.
Making decisions transparent
Drawings, reports and evidence document assumptions, results and open issues for review and approval.
Tools follow the task, not the other way around.
Crucial are controllable models, documented assumptions, and results that your team can use.
Autodesk Inventor, SolidWorks and Creo
Parametric parts, assemblies and drawings are created in the agreed system and in the required data structure.
Rhino3D for demanding freeform surfaces
Freeform surfaces and transitions are modeled and transferred to the further data flow via coordinated interfaces.
FEM, CFD and technical verifications
Load cases, boundary conditions and results are documented and compared with design, manufacturing and safety requirements.
Connectable data and transfers
Naming, references, variants, exchange formats and review points are adapted to the agreed customer process.
Frequently Asked Questions about Engineering Services
Brief answers regarding scope of services, project start, tools and collaboration.
F1 What engineering services does NEERTEX offer?
F2 Can NEERTEX take over individual engineering work packages?
F3 What documents are needed for an initial project assessment?
F4 Which CAD and engineering tools does NEERTEX use?
F5 How are design, simulation, and CE conformity combined?
F6 Does NEERTEX work remotely or also on-site?
Jointly classifying engineering projects
Send us your objective, task description, deadline, and available data. We will assess the appropriate technical scope.
In the next step, we will clarify requirements, interfaces, deliverables and open technical questions.
Individual consulting
Malte Güttner
Mechanical Engineer (M.Eng.)
