Tooling for figures and plastic model kits
Tooling & Mold Making Built Around Approved Product Decisions
FigCrafts connects product-specific DFM, mold design, machining, controlled trials and production approval for authorized figure and model-kit programs.
The objective is not simply to cut steel. It is to protect the product structure, critical interfaces, visible surfaces and downstream assembly before the tool becomes an irreversible investment.
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Before tooling starts
A Tool Should Reproduce an Approved Product Baseline
When geometry, part relationships or appearance priorities remain open, machining converts uncertainty into cost. The first gate is therefore a product decision, not a machine decision.
Geometry and Part Structure
Approved 3D data or physical references should define the part breakdown, interfaces, assembly direction and areas that still require physical validation.
Material and Production Route
Material direction, quantity, color variants, decoration and the intended molding route change the tool set, cavity grouping and validation plan.
Critical Interfaces and Surfaces
Joints, snaps, pins, sockets, assembly fits, character faces, polished panels and decorated zones need explicit priorities before tool design is released.
Approval and Commercial Boundaries
The parties should know who approves machining, trial corrections and production release, and which tooling terms will be recorded in the project agreement.
Readiness gate
Do Not Use the Mold to Discover the Product
Product-specific tooling
The Mold Plan Follows the Product Architecture
Runner logic is not the same as joint logic, and a static figure does not create the same risks as a customer-assembled kit. The product route determines what the tool must protect.
Runner, Gate and Assembly Logic
Part and color grouping, visible nub positions, sprue organization, snap or glue assembly, fit review and instruction relationships.
Review the model kit route →
Joints, Movement and Mixed Interfaces
Heads, hands, limbs, joints and accessories introduce clearance, retention, material behavior, finish protection and assembly risks.
Review the action figure route →
Part Split, Appearance and Stability
Release direction, visible seams, standing stability, paint boundaries and joining methods shape the practical tooling route.
Review the static figure route →
Coupled DFM decisions
Parting, Gating, Ejection and Fit Must Work Together
A decision that helps filling can move evidence onto a visible surface. A split that helps release can create a seam across a decorated face. DFM evaluates these interactions before machining.
Simplified injection mold DFM control diagram A scientific-style diagram showing the fixed and moving mold halves, parting line, runner and gate, ejector direction, cooling paths, a critical dimension and the protected appearance surface. FIXED HALF MOVING HALF Critical Fit Critical dimension Runner and gate Ejection direction Cooling path Parting plane Protected appearance surface
One change can move risk elsewhere.
Geometry and Release
Draft, undercuts, shutoffs, wall behavior and release direction are reviewed against the intended tool action.
Parting and Appearance
Parting evidence, witness-sensitive zones, character faces and polished panels are prioritized before steel is cut.
Runner, Gate and Fill
Material path, gate evidence, part balance and runner organization are evaluated with downstream finishing in mind.
Venting, Cooling and Ejection
Tool features support fill, thermal control and reliable release without damaging critical faces or interfaces.
Dimensions and Assembly
Project-defined critical dimensions, joints, snaps, pins, sockets and mating relationships become review points.
Tool, Press and Production Match
The tool structure and operating needs are assessed against the intended material, press route and production sequence.
From DFM to production approval
Six Stages Keep Irreversible Decisions Visible
Every stage converts an open question into an approved baseline, reviewable physical evidence or a controlled release decision.
Define
DFM and Tooling Baseline
Confirm parts, interfaces, visible surfaces, material direction, quantity, variants and the checks the tool must support.
Buyer gate: product and tooling scope
Plan
Mold Design
Develop the project-specific split, cavity grouping, runner and gate direction, ejection, cooling and operating concept.
Buyer gate: decisions before machining
Build
Machining and Tool Assembly
Machine and assemble the approved tool structure while recording technical changes against the released baseline.
Gate: tool prepared for controlled trial
Test
Controlled Trial
Produce reviewable parts and record observed forming, surface, dimension, fit, assembly and downstream behavior.
Buyer gate: evidence and finding classification
Correct
Correction and Verification
Separate tool correction, buyer product change and process optimization, then verify the agreed action.
Buyer gate: correction status
Release
Production Approval
Confirm the agreed criteria, approved reference and outstanding conditions before routine production begins.
Buyer gate: documented production release
Trial evidence, not automatic release
A First Trial Shows What the Machined Tool Actually Produces
T1 commonly describes a first tool trial and T2 may describe a later trial after corrections. Naming and trial count vary; agreed evidence and release criteria control the decision.
Trial evidence
What the Parts Can Reveal
Classify Correct Verify
Production release
What Must Be Agreed
Return to the Agreed Baseline
A trial result that does not meet an approved tool or part requirement is documented and reviewed as a tool correction.
Change the Approved Baseline
New geometry, material, fit or appearance requirements are assessed for tool impact, cost and schedule before work proceeds.
Improve the Production Window
Operating adjustments are separated from product redesign and permanent tool changes so responsibility stays visible.
One accountable production chain
The Tool Is Connected to Injection, Finish, Assembly and Pack-Out
Tool decisions are reviewed against the processes that follow. This protects visible surfaces, assembly access, decoration boundaries, part handling and final completeness instead of treating the mold as an isolated purchase.
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Injection production
Pad printing
Hand finishing
Assembly
Complete delivery with visible boundaries.
Core development, tooling, molding, decoration, assembly, inspection and final pack-out are managed in-house. Printed boxes, trays, blisters and other packaging components are produced through established partners and coordinated within the approved project plan.
Review assembly and packaging coordination →Tooling terms and lifecycle
Physical Tooling Controls Belong in the Project Agreement
Tooling ownership is not a complete commercial policy by itself. The applicable agreement should identify the physical assets, payment status, custody, use rights and conditions for later maintenance or transfer.
Ownership of a physical tool does not grant rights to character artwork, product designs or other intellectual property. FigCrafts works from buyer-owned, licensed or otherwise authorized designs, and NDA support is available before detailed file exchange.
Discuss Tooling Terms →Ownership and Covered Assets
Identify which production tools, inserts, common mold bases or other physical assets are included.
Storage, Maintenance and Use
Confirm custody, permitted use, identification, preventive work, wear, repair and later modification responsibilities.
Dedicated Fixtures and Shared Components
Separate dedicated jigs, fixtures and inserts from any shared or common production components used by agreement.
Payment, Transfer and Transport
Define how unsettled charges, release preparation, packing, destination, transport conditions and related costs affect any transfer.
Inputs for an effective evaluation
Send Enough Information to Define the Tooling Risk
Early files do not need to be perfect, but a useful evaluation needs more than a product image. Mark what is approved, what is provisional and what still requires engineering review.
Authorized Product Files
3D files, drawings, turnarounds, physical references and the status of each design baseline.
Part and Assembly Plan
Known part breakdown, interfaces, movement, snap or glue logic, insert parts and assembly direction.
Size, Quantity and SKUs
Finished size, estimated production quantity, variants, colors and repeat-order expectations.
Material and Finish Direction
Known material route, visible surfaces, paint, printing, texture and areas that must be protected.
Critical Fit and Quality Points
Dimensions, interfaces, appearance zones, build checks and inspection evidence important to approval.
Packaging, Market and Schedule
Pack-out method, instructions, target market, testing needs, launch timing and approval contacts.
Start with the baseline you have
Request a Tooling and Mold-Making Review
Share the available files, product route, estimated quantity and open engineering decisions. FigCrafts can then assess what should be resolved before tooling is released.
Shared Inquiry Form
Add a native Elementor Form widget here after import.
Tooling buyer FAQ
Questions to Resolve Before the Tool Becomes an Asset
The answers below separate confirmed capability from the project-specific decisions that still require engineering and commercial review.
What must be approved before production tooling begins? The product geometry, part structure, material direction, critical surfaces and interfaces, estimated quantity, variant plan and approval baseline should be sufficiently defined. A prototype or physical build review may come first when important product decisions remain open.
Can FigCrafts support tooling for both figures and plastic model kits? Yes. The tooling route is adapted to the product. Model kits emphasize part and color grouping, runners, gates and assembly fit; action figures add joints and mixed interfaces; static figures emphasize part split, appearance, joining and stability.
How are parting lines, gates, ejection and appearance controlled? They are reviewed together during product-specific DFM and mold design. The agreed approach considers release direction, material flow, gate evidence, visible surfaces, ejection risk, critical dimensions, assembly and downstream painting or printing.
Do T1 or T2 trial parts automatically approve production? No. T1 commonly describes a first tool trial and T2 may describe a later trial after corrections, but naming and trial count vary. Production approval depends on the agreed evidence, closed corrections, approved reference and release criteria.
What documents or reports are included with a tooling project? The project-specific approval package may include the product and tooling baseline, DFM decisions, trial parts, dimensional or fit evidence, finding records, correction status and a release record. The exact format and depth are confirmed in the agreed inspection and project plan.
How are tooling ownership, storage and transfer handled? Ownership, covered physical assets, storage, maintenance, permitted use, transfer, common mold bases, dedicated fixtures, unsettled charges, packing and transport conditions are confirmed in the project agreement. Physical tool ownership is separate from product-design and character IP rights.
Can confidential programs use an NDA, and does FigCrafts have experience with Japanese customers? NDA support is available before detailed file exchange. FigCrafts has confirmed experience supporting Japanese customer programs, particularly detail-driven model products. Customer identities, protected designs and project images are published only when the necessary authorization is available.
How does tooling connect to decoration, assembly and packaging? Tool decisions are reviewed against injection, painting, printing, assembly, inspection and final pack-out requirements. Printed boxes, trays, blisters and other packaging components can be partner-produced and coordinated within the complete delivery plan.
Continue from the open decision
Connect Tooling to the Right Product and Production Page
Plastic Model Kits
Review part engineering, runners, fit, instructions and complete kit pack-out.
Articulated Product RouteCustom Action Figures
Review joints, materials, interfaces, decoration and assembly requirements.
ProductionInjection Molding
Connect approved tools to material, press and molded-part control.
EvidenceQuality Control
Define inspection, approval and shipment-release logic.
Approve the decisions before the investment
Send the Product Baseline for a Tooling Review
Share authorized files, part and assembly information, quantity, materials, critical fit, finish, packaging and target schedule. FigCrafts will review the route before tooling scope is confirmed.
Send Your Inquiry
Share project details for an initial manufacturing review.
*For confidential files, request an NDA before sharing sensitive project data.