Custom Game Pieces
for Board Games & Tabletop Games
A board game often has pieces that do not fit neatly into “token,” “meeple,” or “miniature.” They may be metal coins, wooden resource pieces, plastic pawns, acrylic markers, standees, timers, or small hardware parts. The first decision is not how custom they can look. The first decision is whether they should be custom-made at all.
At Funway, we check these pieces from the production route first. Many small pieces should stay standard. A timer, pawn, coin, cube, or marker does not become better just because a mold is opened for it. We only move away from standard parts when the standard part is already causing trouble: wrong weight, weak color match, confusing shape, easy breakage, or poor packing fit. If none of those problems exist, opening custom tooling usually just adds cost and risk.
If the component is mainly a printed counter, player-shaped piece, or sculpted figure, we usually review it under custom game tokens, custom meeples, or custom miniatures instead.
We Provide All options for Custom Game Pieces
Specialized Material Solutions
Special game pieces should be selected by function first. Some pieces need weight. Some need color separation. Some need to stand upright. Some only need to be easy to count and pack. If the reason for the piece is not clear, custom material usually becomes cost without value.
Metal Coins & Weighted Markers
Metal coins and weighted markers make sense when the game needs real weight in hand. They work for premium currency, first-player markers, scoring coins, deluxe editions, or components where the tactile feel is part of the selling point.
We would not use metal just to make a small marker feel “premium.” Metal adds weight, shipping cost, and packing pressure. If the insert is not planned early, heavy pieces can damage nearby cards, boards, or lighter components during transport.
Wooden Resource Pieces & Pawns
Wooden pieces are a good fit for simple resource shapes, pawns, cubes, discs, food pieces, animals, buildings, or abstract markers. They give the game a warmer hand feel without needing full-surface printed artwork.
Wood is not the right route for small text, detailed icons, or complex color graphics. If the piece depends on exact printed information, cardboard or plastic usually reads cleaner. On wood, thin shapes can chip, dark engraving can lose contrast, and weak sealing can show wear where players keep pinching the piece.
Injection-Molded Plastic Pieces
Plastic pieces make sense when the shape has to repeat accurately in larger quantities. Pawns, clips, bases, custom markers, small 3D parts, or functional pieces can all justify injection molding if the volume is high enough.
We do not open a mold for every plastic idea. Mold cost, sampling, gate marks, shrinkage, and color matching all come with it. If a standard pawn or sourced plastic part already does the job, custom injection molding may only add cost and lead time without making the game better.
Acrylic Standees & Transparent Markers
Acrylic works when transparency or table visibility is the point. It is useful for standees, clear markers, overlay pieces, premium status indicators, or effects where players need to see the board underneath.
Acrylic is not a default upgrade. It scratches more easily than many customers expect, and sharp corners or thin connections can chip. If the piece will be tossed into a bag, stored loose, or handled roughly, acrylic needs better packing—or it should not be used.
Sand Timers & Functional Hardware
Sand timers, spinners, clips, counters, hinges, magnets, and other functional parts should be checked as hardware, not decoration. The question is simple: does the part work reliably after repeated use?
For small runs, standard sourced parts are usually the safer route. Custom tooling only makes sense when the standard version creates a real problem: wrong timing, poor color match, weak structure, unstable fit, or branding that cannot be applied cleanly. If the hardware fails, players do not see it as a “component issue.” They see the game as badly made.
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Custom board games possess
At Funway, we do not run a board game project as a stack of separate parts. A change to the board often affects the box. A box change may force the insert to move. File setup can also create problems later if it does not match the real component build. So we sort the job in a fixed order: component mapping first, then engineering review, then sampling and first-article approval, then tooling, trial production, mass production, and final inspection before shipment. That order is what keeps the project buildable, not just presentable in the files.
We also do not treat manufacturing as something that starts after design is “finished.” Structure, fit, materials, tooling, and packing are checked while changes are still manageable. It is much better to catch a problem at validation or sampling than after dies are released or units are already on the line. That is how we keep rework down, hold production more steady, and move from prototype to mass production without avoidable surprises.
Manufacturing Capabilities: Industrial Precision & Engineering
The production route should be chosen before the piece is quoted or sampled. A small game piece can look simple, but the wrong route changes everything: tooling cost, lead time, color consistency, weight, packing method, and repeat-order stability. We do not start by asking, “Can this be customized?” We start by asking, “Does this piece really need a custom process?”
Standard Sourced Parts
Standard sourced parts are usually the better route for small runs, early prototypes, or components that already exist in stable shapes and colors. This can include pawns, dice, sand timers, cubes, discs, clips, bases, or simple plastic markers.
This route keeps tooling cost down and shortens development time. The limitation is customization. Size, color, shape, and branding have to stay within available stock options. If the game does not need a unique shape, standard sourcing is often the cleanest answer.
Die Casting for Metal Coins & Weighted Markers
Die casting makes sense when the piece needs real weight, metal feel, raised detail, or a deluxe finish. It is usually used for metal coins, premium first-player markers, weighted score pieces, or collector-style upgrades.
This route needs tooling and finishing, so it should not be used just to make a small marker look expensive. If the game only needs a simple icon or low-cost counter, metal becomes cost and weight without much gameplay value. We usually check insert strength and shipping weight before moving this direction.
Injection Molding for Plastic Pieces
Injection molding is the right route when a plastic piece needs repeatable shape, strong color consistency, or a functional structure. It works for high-volume pawns, clips, bases, custom markers, small 3D pieces, or parts that need to fit with other components.
The mold cost has to be justified. If a standard plastic pawn or marker already works, custom molding may only add lead time and sampling risk. We move to injection molding when the standard part cannot solve the shape, strength, color, or assembly requirement.
CNC Cutting & Routing for Wooden Pieces
CNC cutting, routing, or shaping works for wooden resource pieces, pawns, buildings, discs, and simple custom silhouettes. Wood is useful when the piece needs a warmer hand feel and does not rely on full-surface printed detail.
The shape has to respect the material. Thin tips, narrow gaps, and small decorative cuts can chip or burn. For wood pieces, we usually keep the shape bold and the marking simple. If the design needs detailed graphics, tight borders, or multiple colors, printed cardboard or plastic may be the better route.
Laser Cutting for Acrylic Standees & Transparent Markers
Laser cutting works well for acrylic standees, transparent markers, overlay pieces, and clear status indicators. It is the right route when transparency, edge clarity, or upright display matters.
Acrylic should not be used just because it looks premium in a render. It can scratch, chip at corners, and need extra packing protection. We use this route when the clear or tinted material improves gameplay visibility or presentation, not when a normal printed piece would do the same job more simply
Cost, MOQ & Packing Considerations
Game pieces are usually small, but they can still change the project cost quickly. The price is not only the piece itself. Tooling, sourcing, color matching, sorting, packing, weight, and replacement risk all have to be checked before the component is locked.
For specialty game pieces, the first cost decision is whether the part should stay standard or become custom. Standard sourced parts usually work better for prototypes, small runs, and cost-controlled projects. Custom tooling starts making sense only when the standard part creates a real problem: wrong weight, wrong shape, weak durability, poor color match, or poor fit inside the game box.
MOQ & Setup Cost
Standard sourced parts usually allow lower MOQ and faster sampling because the shape already exists. The limitation is choice. Available size, color, surface, and branding options may be restricted.
Custom tooling changes the cost structure.Once the part moves into die casting, injection molding, CNC wood shaping, or acrylic laser cutting, the job has already taken on setup cost before the first usable piece comes out. At low quantity, there are not enough pieces to spread that cost, so the unit price will show it quickly. This is why we do not recommend custom tooling unless the component really needs it.
Weight, Volume & Box Fit
Small pieces can still affect the whole box. Metal coins increase product weight. Acrylic standees need scratch protection. Sand timers need space and impact protection. Plastic pawns may be cheap as single pieces, but large color sets still need sorting and packing space.
Before production, we check how the pieces fit with the insert, bags, rulebook, cards, board, and box height. A component that looks harmless on its own can create problems once the full game set is packed.
If a special piece changes box size, insert depth, or shipping weight, it should be checked together with the full board game manufacturing cost.
For mixed small parts, box insert fit should be checked before the final packing plan is locked.
Sorting, Bagging & Missing-Piece Control
Mixed game pieces need a clear packing plan. If a game includes coins, pawns, cubes, timers, acrylic markers, and wooden pieces, the risk is not only damage. The bigger risk is wrong count, wrong color, or missing pieces.
For high-SKU component sets, we usually recommend pre-sorted bags, player-color grouping, or compartment inserts. It may add packing time, but it reduces missing-piece claims and makes the game easier for players to set up.
When to Simplify
Not every small part deserves custom tooling. If a standard pawn, cube, disc, die, timer, or marker works well enough, keeping it standard often protects the budget and timeline.
We simplify when the custom part does not improve gameplay, table readability, hand feel, or retail presentation. A special component should earn its place in the game. Otherwise, it becomes extra cost, extra packing work, and another point where production can go wrong.
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Launching a custom board game can be a complex and challenging process, involving dozens of decisions. We’re committed to making your board game design, printing, and manufacturing process as easy and convenient as possible. But if you have any further questions, please feel free to contact me.
We’re happy to answer all your questions about custom board game printing and manufacturing and can provide you with a quote tailored to your requirements without any obligation. Feel free to contact us—we’re always here to help!