Custom Plastic Model Kit Manufacturer
Develop authorized multi-part model kits with one team for part and runner engineering, prototypes, tooling, injection molding, decoration, build checks, instructions and complete retail pack-out.
Why Model Kit Buyers Work With FigCrafts
Precision, accumulated project experience and coordinated delivery matter most when dozens of individual parts must become one complete retail product.
01 / Engineering review
Experience becomes a better review routine.
02 / Complete pack-out
One plan continues through the complete box.
03 / Precision logic
Precision follows defined interfaces.
Product precision
Precision Is Built Into the Approval Chain
Part interfaces, assembly direction, visible surfaces, gate locations and the criteria for acceptable fit are reviewed before tooling and translated into sample and production checks.
Project experience
Regular Experience With Japanese Customers
FigCrafts has supported many custom product programs and works regularly with Japanese customers. That experience strengthens drawing discipline, change control, sample sign-off and packaging completeness.
Customer identities and protected project assets are only published when authorization permits.
Coordinated delivery
One Accountable Route From Brief to Pack-Out
Engineering, prototyping, tooling, injection, decoration, inspection and final pack-out are managed as one project plan. Instructions, printed packaging, inserts, testing or logistics can be coordinated with established providers when required.
Is a Plastic Model Kit the Right Product Type?
Choose this route when the customer receives organized molded parts and completes the product through a defined assembly sequence.
System view / Parts to complete kit
The finished product is the complete system, not one molded part.
Customer-Assembled Products
Parts stay on runners or sprues, or are organized as loose components, until the customer builds the product.
Multi-Part Character, Mechanical or Display Kits
Complex forms are divided into manufacturable parts with controlled interfaces.
Color-Separated Kit Systems
Molded colors, clear parts, printed details, decals and painted zones are planned together.
Instruction-Led Retail Pack-Out
Runners, loose parts, instructions and packaging must match the correct SKU and build sequence.
A model kit is a system, not only a set of molded parts.
The product is incomplete until part numbering, assembly sequence, instructions, protective packing and SKU configuration agree with the approved build.
Engineer Fit, Runners and Visible Surfaces Before Tooling
High precision is not a decorative claim. It is the result of defining what must fit, what may move, what must remain aligned and how those requirements will be approved and inspected.
Reference Geometry
Confirm the dimensions and visible relationships the assembled product must preserve.
Part Breakdown
Divide components around molding, release, appearance and the customer build sequence.
Fit and Clearance
Define critical pegs, sockets, keys, tabs, hinges and mating surfaces for the intended assembly method.
Gates & Visible Surfaces
Plan material entry and trimming points around the surfaces customers will see.
Runner and Color Grouping
Organize parts by tooling feasibility, material, molded color and kit-packing needs.
Build and Completeness Checks
Turn the approved build into practical fit, runner, quantity and box-content checks.
What precision means
Different Kit Features Need Different Controls
Feature
Primary review
Approval evidence
Select Materials by Part Function and Assembly Behavior
Material recommendations depend on rigidity, surface detail, fit, stress, flexibility, clarity, decoration and applicable testing requirements.
Material behavior / 1–5
Each zone asks a different engineering question.
Rigidity and Surface
Dimensional stability, molded detail, visible finish, gate location and decoration compatibility.
Fit and Stress
Insertion force, retention, repeated assembly behavior, stress concentration and part geometry.
Appearance and Protection
Clarity, tint, stress, surface marks, separate handling and protection inside the package.
Flexibility and Clearance
Bending behavior, assembly order, collision risk and the effect on adjacent finished surfaces.
Adhesion and Finish
Surface preparation, printing, paint, decal placement, rub areas and approved visual consistency.
From Authorized Design to a Complete Model Kit
Each stage closes a specific risk before the project advances. The exact route is confirmed after the starting files and finished-product requirements are reviewed.
Project Review
Confirm authorization, assembled size, quantity, market, SKU plan and packaging direction.
Kit Engineering
Develop parts, interfaces, build sequence, runner groups and visible-surface priorities.
Prototype & Build Review
Check form, fit, assembly behavior, handling and appearance.
Tooling & Trial Parts
Build tools, inspect trial parts and complete agreed corrections.
Injection & Decoration
Mold approved parts and apply confirmed printing, paint or other finishes.
Kit Completion & Pack-Out
Verify runners, loose parts, instructions, printed items and SKU configuration before packing.
One Project Team Coordinates Production and Pack-Out
Performed through the FigCrafts manufacturing workflow: product engineering, prototypes, tool design and machining, injection molding, painting, printing, assembly, inspection and final pack-out.
Product Development and Production
Supporting Components and Services
Rich project experience
Japanese customer programs
Confidential by default
Quality Control Covers the Parts, the Build and the Box
A visually acceptable part can still fail the product if it does not fit, appears on the wrong runner, is missing from the BOM or reaches the wrong SKU pack-out.
Quality view / Fit + identity + completeness
Part condition, assembly and the final box are checked as one product.
Tool and Trial-Part Review
Check part formation, visible surfaces, gate condition, critical dimensions and agreed tool corrections.
Assembly and Fit Review
Build the defined sequence and check alignment, insertion, retention, interference and finished appearance.
Runner and Variant Control
Confirm runner identity, molded color, loose parts and the correct SKU assignment.
Final Completeness Check
Verify the bill of materials, instructions, printed items, protective components and carton quantities before release.
FAI, sampling plans, buyer inspection and third-party testing are applied only when defined in the approved quality plan or project agreement.
What Determines a Plastic Model Kit Quote?
Send the information you already have. Missing details can be identified during the initial route review without pretending that a fixed price or schedule applies to every kit.
Assembled Size and Files
Finished dimensions, artwork, 3D data and the current design stage.
Part and Runner Scope
Estimated part count, runner groups, loose parts, clear parts and known assembly structure.
Fit and Assembly Method
Snap-fit, glue assembly, screws, moving features or other critical interfaces.
Color and Decoration
Molded colors, paint, printing, decals, labels and colorway variations.
Quantity and SKUs
Total quantity, quantity per version, launch plan and repeat-order expectation.
Instructions and Packaging
Instruction format, bags, trays, box, labels, cartons, target market and testing direction.
Model Kit, Action Figure or Collectible Figure?
Plastic Model Kit
Choose when the customer assembles an organized set of molded parts.
Current route
Custom Action Figure
Choose when joints, pose range and interchangeable accessories define the product.
Review action figure route →PVC & Collectible Figure
Choose when the buyer receives a finished static display piece led by sculpt and decoration.
Review static figure route →Plastic Model Kit Manufacturing FAQ
What files should we send for a model kit review?
Send the authorized artwork or 3D files available, assembled size, quantity, target market, reference build, known part or runner plan, assembly method, colors, decoration, instructions, packaging and schedule. Missing items can be identified during the initial review.
Can you develop snap-fit and glue-assembled kits?
Both routes can be reviewed. The suitable construction depends on geometry, part size, interface behavior, material direction, user assembly expectations, appearance and the approved production method.
What is the typical MOQ for injection production?
A typical injection production MOQ is 500–1,000 units after engineering review. The confirmed quantity depends on the part and tooling scope, material, runner and color plan, decoration, SKU split, packaging and the quantity per version.
Can a model kit use different colors, clear parts or functional materials?
Yes, when the approved product and production route support them. Runner grouping and material selection are confirmed by part function, interface behavior, appearance, tooling, production control, packaging and applicable testing requirements.
Can you support instructions, decals and retail packaging?
Yes. FigCrafts can coordinate the instruction, printed component, decal, label, tray, box and carton requirements as part of the approved pack-out plan. Partner-produced components are identified within the project scope, and final assembly, inspection and pack-out can be completed on-site.
How do you control high-precision fit?
Critical interfaces are defined through the product geometry, function, material behavior and assembly method, then reviewed through engineering, tooling, trial parts, approved samples and production inspection. Numerical tolerances are confirmed for the specific project rather than published as a universal promise.
Do you have experience with Japanese customers?
Yes. FigCrafts has regular experience supporting Japanese customer programs and other international custom manufacturing projects. Customer names, protected designs and project images are only published when the necessary authorization is available.
Can we sign an NDA, and how are tooling terms handled?
NDA support is available before detailed file exchange. Tooling ownership, storage, maintenance, use and transfer terms are confirmed in the project agreement before tooling begins. Customer-funded tooling arrangements are documented as part of the approved commercial scope.
What affects the project timeline?
The schedule depends on the starting file quality, part count, assembly complexity, prototype route, tooling scope, runner and color plan, sample revisions, decoration, instructions, SKU count, packaging readiness, testing and approval response time. A project schedule is prepared after the route and approval gates are defined.
Can you support market-specific testing?
Testing can be coordinated according to the product, materials, age grading, target market and agreed test scope. EN 71, ASTM F963, CPSIA, REACH or another standard is not presented as a universal compliance claim for every model kit.
Request a Plastic Model Kit Project Review
Share the files and product details you have now. Our team will review manufacturability, identify missing information and recommend the next step. Initial feedback is typically provided within 1–3 business days once sufficient information is available.
Send Your Inquiry
Share project details for an initial manufacturing review.
*For confidential files, request an NDA before sharing sensitive project data.