Working geometry and product intent
Punch, die opening, core, cavity, forming, cutting, trim, and shutoff features should be connected to the governed product geometry and functional result instead of reviewed in isolation.
Tool and die making services
Tool and die requests, organized around working geometry, alignment, and service intent.
Punches, die inserts, mold cores and cavities, tooling plates, wear components, replacement details, and repair requests depend on more than a finished product shape. Share the tool and governed product function, material grade, hardness or heat-treatment condition, current condition, working faces, clearance or shutoff relationships, insert and component boundaries, datums and guide relationships, mounting interfaces, service access, planned sequence, finish, inspection, revision, and repair context so the request can be organized and a project path confirmed before acceptance.
- Models, drawings, or sample context
- Working and locating feature review
- Scope confirmed per quote
Capability review
This page describes common request types. Available processes, equipment, tolerances, inspection, documentation, and fulfillment are confirmed for each quote.
Overview
A clearer way to review tooling as an assembly, not an isolated part.
A useful tooling request connects the tool assembly to the product geometry and operation it governs. It identifies working faces and edges, clearance or shutoff intent, core and cavity boundaries, insert and component relationships, functional datums, guide and locating features, mounting interfaces, material and current condition, sequence, service access, revision history, finish, repair intent, and the characteristics that need acceptance review.
Locating and component relationships
Tool plates, datum surfaces, guide features, insert pockets, retainers, fasteners, mounting interfaces, clearances, and component boundaries should be explicit in the assembly files.
Current condition and service strategy
Wear, damage, prior changes, retained geometry, replacement or spare intent, service access, revision control, planned sequence, finish, and inspection requirements belong in the request.
Fulfillment review
Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.
Quote inputs
The information that starts a useful tool and die review.
You do not need every answer before submitting. Share what is known and mark the rest for follow-up.
- Common request types
- Punches, die inserts, cutting and forming details, mold cores, cavities, slides, lifters, replaceable inserts, tool plates, shoes, fixtures, locators, guides, retainers, wear components, spare or replacement details, revisions, repairs, and sample-led recreations
- Helpful files and references
- Tool assembly model, component models, matching PDF drawings, governed product model and drawing, layouts or operation sheets, bill of materials where useful, revision record, mating-component information, and clear photos with scale when an existing tool or sample matters
- Geometry and component relationships
- Working profiles, faces and edges, clearance or shutoff intent, insert and pocket geometry, component boundaries, functional datums, guide relationships, mounting and fastening interfaces, travel or access context, retained geometry, and protected surfaces
- Functional and project requirements
- Governed product and operation, material grade, hardness or heat-treatment condition, current wear or damage, quantity, target timing, planned EDM, surface grinding, heat treatment, coating or other sequence requirements when already specified, finish, repair or spare intent, inspection scope, and documentation needs
Interactive tooling review
Explore the relationships that make a tooling request easier to review.
Select a feature on the open modular die set to see what the assembly, component, product, and requirement files should communicate before the project path is confirmed.
Tooling relationship map
The numbered markers connect the sample tooling relationships to the guidance panel.
Illustrative example only; markers identify request-review areas, not original dimensions, material, hardness, working clearance, inspection approval, or tooling qualification.
Tool and die review
What should the tooling definition explain?
Select a review feature to see the details that help clarify the request.
Punch geometry, working faces, and retained-feature intent
The punch definition should connect its complete working profile and faces to the governed product or operation, retained feature, material direction, and assembly references.
- Complete punch profile, working faces, reliefs, radii, and edge intent
- Governed product feature, retained side, and material or operation direction
- Punch-to-holder relationship, functional datums, and inspection references
Helpful drawing detail
Include a section or detail where useful, then identify the complete profile, retained side, material direction, working faces, and functional datum references.
Process fit, equipment fit, achievable requirements, material and sequence needs, inspection, fulfillment, and timing are confirmed from the project information during quote review.
Capabilities
Common tool and die request patterns, kept easy to scan.
These examples help identify the likely starting point. Process fit, equipment fit, achievable requirements, material and sequence needs, inspection scope, fulfillment, and availability are confirmed from the project files.
Punches, die inserts, and cutting or forming details
Working detailsPunch, die opening, insert, cutting-edge, trim, pierce, form, stripper, retainer, wear-detail, and replacement requests reviewed from the governed product, working profile, clearance intent, material and current condition, component relationships, datums, service access, sequence, finish, and inspection intent.
Mold cores, cavities, inserts, and component interfaces
Mold detailsCore, cavity, insert, slide, lifter, shutoff, pocket, retainer, and replacement-detail requests reviewed from the governed product geometry, draft or parting intent when defined, interfaces, locating references, service access, material condition, sequence, finish, and acceptance requirements.
Tool plates, fixtures, locators, and guide relationships
Tool assembliesTool plate, shoe, fixture, nest, locator, guide, bushing, mounting, fastening, spacer, retainer, and support-component requests reviewed from their assembly function, datum scheme, interface geometry, access, revision, material condition, finish, and inspection intent.
Repairs, replacements, revisions, finish, and inspection requirements
Existing toolingWorn, chipped, cracked, distorted, incomplete, obsolete, coated, or modified-tooling requests reviewed from current condition, intended repair or replacement, retained and protected geometry, component history, approved revision, planned sequence, finish, critical characteristics, and inspection or documentation needs.
Quote workflow
From tooling context to a confirmed project path.
A short, human-managed review keeps the governed product, working geometry, component relationships, current condition, sequence, and open questions visible before work is accepted.
- 01
Share the tooling and product context
Upload the tool assembly and component files, governed product model and drawing, layouts, photos, material and current condition, quantity, revision history, sequence, repair or replacement intent, and known finish or inspection requirements.
- 02
Review the tooling drivers
Working profiles and faces, clearance or shutoff relationships, inserts and interfaces, functional datums, guides and locators, mounting, service access, material and hardness condition, current wear or damage, planned sequence, finish, and acceptance criteria are organized for follow-up.
- 03
Confirm the path
Process fit, equipment fit, achievable requirements, material and heat-treatment sequence, sample-review needs, inspection method and scope, fulfillment, timing, and remaining questions are resolved before acceptance.
- 04
Coordinate the project
Approved assembly, component, product, revision, and requirement files become the reference point for project communication and requirement control.
Request readiness
Small decisions that make tooling requests easier to review.
Clear assembly, product, and service intent is more useful than assuming a method, sequence, material response, or acceptance approach.
Design intent before assumptions
- 01
Pair the tooling assembly with the governed product definition.
Share the complete tool assembly and component files alongside the product model and drawing, operation or layout context, mating information, revision state, and the features each tooling component controls.
- 02
Define working faces, edges, clearance, and shutoff relationships.
Identify punch and die profiles, cutting or forming edges, core and cavity surfaces, shutoffs, parting or trim intent, permitted reliefs, clearance relationships, edge requirements, and the product geometry that governs them.
- 03
Establish functional datums, guides, locating, and mounting interfaces.
Show which faces, holes, bores, pins, guide posts, bushings, keys, locators, plates, or shoulders establish alignment and connect every critical tool-to-component and tool-to-product relationship to those references.
- 04
Separate components, inserts, fasteners, and service access.
Define replaceable insert and pocket boundaries, retainers, fasteners, standard-component interfaces, removal directions, protected surfaces, keep-clear regions, adjustment intent, and access needed for assembly or service.
- 05
State material, current condition, sequence, and finish intent.
Identify the grade, hardness or heat-treatment condition, stock or current condition, allowance, and which dimensions, working faces, or interfaces are established before or after any specified EDM, surface grinding, heat treatment, coating, or finishing step.
- 06
Tie inspection, spare, repair, and revision intent to function.
Identify the working, locating, guiding, mounting, mating, and product relationships that need verification; distinguish repair from replacement or spare intent; state the approved revision, acceptance criteria, measurement condition, and documentation needs.
Materials
Common materials for tool and die review.
Grade, form, current condition, hardness or heat-treatment sequence, finish, inspection needs, and availability are confirmed for each request.
Material guide
Tool steel
Punch, die insert, cutting and forming detail, core, cavity, wear component, locator, guide, replacement, and repair requests where grade, hardness or heat-treatment condition, allowance, sequence, working geometry, finish, and inspection intent need review.
A2 · D2 · O1 · H13 examples
View materialMaterial guide
Stainless steel
Insert, core, cavity, plate, fixture, guide, locator, interface, replacement, and repair-related requests where the exact grade, current condition, working geometry, sequence, finish, and inspection context belong in the review.
303 · 304 · 316/316L examples
View materialMaterial guide
Aluminum
Tool plate, fixture, nest, locator, adapter, setup aid, prototype-tooling, insert, and replacement-detail requests where grade, stock form, datum, interface, working feature, edge, finish, and inspection intent need review.
6061-T6 · 7075-T6 · MIC-6 examples
View materialMaterial guide
Copper
Electrode, insert, contact, interface, heat-transfer-detail, fixture, and tooling-component requests where the exact alloy, stock form, geometry, sequence, surface, finish, handling, and inspection requirements need review.
C110 · C145 · C101 examples
View materialContinue exploring
Related services and application guides.
EDM
Review tooling profiles, through cuts, blind cavities, start features, inserts, electrode context, material condition, finish, and datum requirements.
CNC Milling
Review tool plates, bases, fixtures, pockets, profiles, holes, inserts, cores, cavities, datum relationships, sequence, finish, and inspection requirements.
Surface Grinding
Review planar working faces, datum intent, stock or current condition, flatness and parallelism requirements, finish, sequence, and inspection context.
Inspection
Review working, locating, guiding, mounting, mating, and product relationships, measurement conditions, acceptance criteria, coverage or sampling, and documentation requirements.
Machining Repairs
Review worn, chipped, cracked, distorted, modified, obsolete, or out-of-requirement tooling and the evidence needed to define the intended repair or replacement.
Plastics & Polymer Processing
See common core, cavity, insert, plate, locator, fixture, replacement, and repair request contexts for polymer-processing equipment and tooling.
FAQ
Tool and die quote questions.
A tool assembly model, component models, matching PDF drawings, and the governed product model and drawing are a strong starting set. Add layouts or operation context, material and hardness or heat-treatment condition, current wear or damage, working and locating relationships, revision history, sequence, finish, repair or replacement intent, inspection or documentation needs, quantity, and target timing when known.
Punches, die inserts, cutting and forming details, mold cores, cavities, slides, lifters, replaceable inserts, tool plates, shoes, fixtures, locators, guides, retainers, wear components, spares, replacements, revisions, repairs, and sample-led recreations may be submitted. Process fit, equipment fit, achievable requirements, material and sequence needs, inspection scope, fulfillment, and availability are confirmed from the project information.
Show the governed product geometry, working faces and edges, punch-to-die clearance or core-to-cavity and shutoff intent, component and insert boundaries, pockets and retainers, functional datums, guide and locating references, mounting interfaces, access, material condition, planned sequence, finish, and acceptance requirements.
Multiple clear views, a reference scale, key measurements, assembly and product context, revision information, and notes about wear, damage, prior changes, retained geometry, and intended function can begin the review. Additional measurements, models, drawings, or an approved requirement record may be needed before acceptance; sample-review availability is confirmed during quoting.
State the material grade, hardness or heat-treatment condition, current condition, planned sequence, which working or interface features are final before or after each specified step, finish areas, functional datum relationships, acceptance criteria, measurement condition, and documentation needs. Process fit, equipment fit, achievable requirements, material and sequence needs, inspection method and scope, fulfillment, and availability are confirmed during quote review.
Requests are reviewed manually. The fulfillment route and availability are confirmed before acceptance.
Start with the files you have
Ready to review your tooling request?
Share the tool assembly, component and governed-product files, layouts, photos or sample condition, material, component relationships, revision, planned sequence, finish, repair or replacement intent, and inspection requirements. Pearson will follow up on the details that still need confirmation.
Request a tooling quote