CNC milling
Prismatic components, machined faces, pockets, bores and interface features evaluated against geometry, material, quantity and inspection needs.
CUSTOM INDUSTRIAL COMPONENTS
Drawing-led manufacturing support for custom mechanical parts.
True Blue connects drawings and project requirements with suitable manufacturing resources, process planning, quality expectations and repeat-supply needs.
MANUFACTURING SCOPE
Select the route around the part—not a preset service package.
Geometry, material, quantity, critical features, downstream processes and inspection requirements are considered together. Capability and resource availability are confirmed for each project.
CNC turning
Shafts, sleeves, threaded parts and rotational features matched to an appropriate turning route and any required downstream operations.
Precision grinding
Feature-specific grinding considered where flatness, cylindrical geometry, dimensional accuracy or surface finish requires it.
Secondary processes
Applicable finishing, heat treatment, fabrication and assembly operations coordinated as part of the confirmed manufacturing route.
DRAWING + PROCESS REVIEW
Resolve manufacturing questions before production begins.
A useful technical package separates confirmed requirements from assumptions. Drawing revision, material condition, tolerances, interfaces, finishes and inspection responsibilities should be aligned before the manufacturing route is released.
- 01
- Identify critical-to-function features and mating interfaces.
- 02
- Confirm material, condition, finish and any downstream processing.
- 03
- Define inspection methods and required documentation.
QUALITY PLANNING
Inspection begins with what the drawing needs to prove.
Tolerances down to ±0.005 mm for qualified features and applications.
Achievable tolerance depends on material, part size, geometry, manufacturing process, feature definition, and inspection requirements.
- Drawing definition
- Datums, tolerances, finishes, notes and revision status
- Process suitability
- Material, geometry, feature access and process sequence
- Verification
- Critical characteristics, inspection method and reporting needs
- Repeat supply
- Approved requirements, revision control and documentation continuity
APPLICATION CONTEXT
A part is evaluated in the system where it has to work.
Function, interfaces, operating conditions and repeat-supply expectations provide the context needed to define a suitable manufacturing and verification route.
Explore application considerationsIndustrial equipment
Load, operating environment, wear, interfaces and replacement cycles
Automation components
Alignment, repeatability, weight, sensing and assembly interfaces
Vacuum and sealing
Groove geometry, mating surfaces, material, cleanliness and verification
Mechanical assemblies
Fit, interface control, sequence, documentation and packaging
START A PROJECT
Send the drawing. Define the open questions.
Share the available drawing, model, material, quantity, critical features and quality requirements to begin a focused manufacturing evaluation.