A drawing may look complete and still have problems when production starts.
Tight tolerances, difficult features, material specifications, surface treatment, tooling, or inspection requirements can all affect the final part.
Aikerly reviews these points before production and works with the manufacturing partner to identify problems early.
Manufacturability → Risk → Testing → Validation
We review the drawing and 3D model from a production point of view.
Depending on the part, this may include:
Part geometry
Wall thickness
Machining access
Draft angles
Tooling requirements
Critical features
Assembly requirements
Surface finish
Production process
The goal is simple:
Can the part be produced consistently using the proposed process?
Related: Engineering Review · Materials & Process Engineering · Manufacturing Capabilities
Not every dimension on a drawing has the same importance.
We look at critical dimensions, tolerances, fits, threads, flatness, concentricity, and other requirements that may affect function or assembly.
Where a tolerance may create unnecessary manufacturing cost or production difficulty, we can flag it for review before production.
Related: Inspection · CNC Machining · Engineering Review
The specified material needs to match the actual production requirement.
Depending on the project, we may review:
Material grade
Material specification
Mechanical requirements
Heat treatment
Surface treatment
Material certificates
Traceability
For custom aluminum, magnesium, titanium, and composite components, material selection and verification are considered together with the manufacturing process.
Related: Materials & Process Engineering · Magnesium Alloys · Titanium Alloys · Aluminum Alloy
Before committing to full production, samples can be used to check whether the part works as expected.
Sample validation may cover:
Dimensions
Fit and assembly
Weight
Surface finish
Function
Material
Critical features
The sample provides an opportunity to identify problems while changes are still relatively easy to make.
Related: Engineering Review · Manufacturing Capabilities
Testing depends on the actual application.
Where required, testing may include:
Mechanical Testing
Dimensional Testing
Hardness Testing
Corrosion Testing
Thermal Testing
Functional Testing
Load Testing
Testing requirements are established according to the customer's specifications, drawings, applicable standards, and intended application.
Inspection should be planned before production, not after a problem is found.
Aikerly can coordinate inspection of:
Critical dimensions
Geometric tolerances
Material
Surface finish
Hardness
Threads and fits
Appearance
Functional requirements
Inspection methods are selected according to the part and the requirements.
Related: Inspection · Manufacturing Capabilities
Passing the first sample does not automatically mean the production process is ready.
Before volume production, we may review:
Sample → Process → Inspection → Repeatability → Production
The objective is to make sure the agreed material, process, tolerances, finishing, and inspection requirements can be maintained during production.
For larger projects, production validation can include first article inspection, process checks, and sample approval before the full production run.
Aikerly's review focuses on practical production risks.
For example:
Can the geometry be made?
Can the required tolerances be held?
Is the material appropriate and available?
Will the surface treatment affect dimensions or performance?
Can the part be inspected properly?
Is the process suitable for the expected production volume?
These questions are easier and less expensive to address before production begins.
Our review can connect the main stages of a project:
Drawing
↓
DFM Review
↓
Material & Process
↓
Prototype / Sample
↓
Inspection & Testing
↓
Production Validation
↓
Volume Production
Aikerly coordinates these steps with the appropriate manufacturing partners based on the requirements of the project.
If you already have a drawing, 3D model, specification, or sample, send it to us.
We can review the main manufacturing and validation issues and identify items that should be resolved before production.