New or evolving parts
As the design develops, the review starts with the current revision and the features essential to its intended use. Confirmed requirements and open decisions remain clearly identified.
Custom solutions / GPT Precision
Custom Manufacturing Solutions for Your Project
Your part may be custom. Your manufacturing scope should be just as clear.
GPT Precision supports custom metal and plastic parts, from rapid prototypes through low- et moyenne série. Each project brings its own combination of functional, matériau, inspection and supply requirements.
We review the available requirements together to define the manufacturing scope for quotation. Share the current drawing or model, quantity and the priorities that make your project different.
Your part
Geometry
Matériau
Quantité
Finition
Inspection
Supply condition
Connected requirements. A defined project scope.
When a standard process description is not enough
A new design, a changed order or a group of related parts can bring requirements that need to be considered together. Start with what makes your project different.
Custom metal & plastic partsImage placeholder · 4:3
Repeat parts with changed requirements
A change in quantity, matériau, finish or inspection can change the scope of a repeat order. The review should reflect the current purchase requirements and approved revision.
Multi-part projects
Related components need clear quantities, revisions and interfaces. A part list and assembly context help define the requirements for each item within the project.
Build the manufacturing scope around the part
Four connected areas establish what the project requires, what the quotation covers and how the finished order will be accepted.
Part requirements
Geometry · Fit · Function · Appearance
Geometry, critical dimensions and mating features establish the requirements for fit, function and appearance. Assembly references help explain which interfaces and datums matter.
Manufacturing requirements
Material · Condition · Finish · Production scope
Matériau, condition du matériau, finish and production requirements form the basis of the manufacturing review. Quantity and expected demand help define the appropriate production scope. Any alternative needs to preserve the intended function and receive the design owner's approval.
Acceptance requirements
Critical features · Inspection · Records
Critical features, inspection criteria and required records establish how the parts will be evaluated. The inspection and documentation scope is agreed during quotation.
Supply requirements
Packaging · Identification · Delivery
Identification, packaging and delivery requirements define the required supply condition. Purchased items, assembly, testing and other additional work are separate scope items to confirm for the project.
One part. Different priorities. Different manufacturing scope.
The drawing is the starting point. Your project's priorities give it context.
Critical features & mating surfacesImage placeholder · 3:2
Functional priorities
Where fit, movement or sealing is critical, the review focuses on the relevant interfaces and acceptance criteria.
Material constraints
Where a specified grade, condition or finish must be retained, those requirements set the boundaries for discussing alternatives.
Volume and demand
A prototype quantity and a repeat order can have different purchasing needs. Quantité, repeat demand and target timing belong in the review.
Acceptance priorities
Customer-defined measurements, records or packaging requirements need to be included in the agreed scope from the outset.
The manufacturing scope reflects the priorities of the finished part.
From requirements to an agreed manufacturing scope
A clear sequence keeps project decisions connected to the drawing, quotation and order.
Define
Review the current part information and identify the functional, material and acceptance requirements that are already fixed.
Clarify
Resolve open questions and record proposed changes. The responsible design owner approves changes affecting fit, function and product validation.
Confirm
Align the approved revision, quantité, supply condition and acceptance criteria. Lead time is assessed against the drawing, material and order quantity, then confirmed during quotation or order review.
What helps us review your project
Bring the information available today and flag the decisions still open.
Part information
Drawing or model; revision; application; caractéristiques critiques; part list or assembly references where relevant.
Order information
Material and finish; quantity per part; repeat demand; target timing; required inspection records.
Special requirements
Packaging and identification; requested assembly or testing; possible alternatives; confidentiality arrangements to agree before sharing details.
Custom project questions
Can I start with a preliminary design?
Oui. Share the available information and identify what is still changing. An initial discussion can establish what is needed next. Final pricing and manufacturing approval should refer to an agreed specification.
Can I include several components in one inquiry?
Oui. Include a part list, quantity and revision for each component. Assembly context helps distinguish shared requirements from those specific to each part.
Can assembly or testing be included?
These are separate scope items. Describe the required operations, interfaces and acceptance criteria so availability and responsibilities can be reviewed for your project.
What determines production lead time?
The drawing, matériau, order quantity and agreed scope determine the schedule. Include your target delivery date so timing can be assessed during quotation.
Have a project that does not fit a standard manufacturing brief?
Share the drawing, quantity and the requirements that make your project different. We can review the available information and define the scope needed for quotation.
Drawing · Model · Quantity · Requirements
