When you compare custom medals for a new project, the difference between die casting and die striking starts before the medal reaches the finishing stage. The same artwork can perform very differently depending on whether it is produced by die casting or die striking. We see this difference clearly when a project moves from a digital drawing into mold making and bulk production.
In many projects, the artwork is finalized first and the production method is discussed later. This is where problems can appear, because some designs are easier to produce with die casting while others are better suited for die striking. In production planning, we normally review the medal structure before tooling because changing a process after mold development can affect both timing and consistency.
At KungFu Metals, we work with distributors, event organizers, schools, and brand customers on different medal projects. One thing we see repeatedly is that two medals can look similar in a digital drawing but require completely different production approaches once they move into tooling and mass production.
If you are comparing medal manufacturing options, reviewing our die cast and stamped medal options can help you see how different forming methods influence medal structure and production flexibility.
Key Takeaways
Why Die Cast and Die Struck Medals Create Different Production Results
The production method shapes the medal from the very beginning, influencing everything from tooling to the final finish. The way metal is formed affects the available design details, tooling approach, and how stable the project will be during bulk production.
This is why two medals with similar artwork can require completely different production plans.
For bulk orders, the better question is usually not “which process is better?” but “which process creates fewer risks for this specific design, quantity, and delivery requirement?”
Die Cast Medal Production Uses Molded Metal Structures
Die cast medals are produced by injecting molten metal into a custom mold cavity.
This process allows the mold to create different levels, shapes, and surface structures directly during casting. Because of this, die casting is commonly used for medals that include:
This becomes important when your medal design includes depth, multiple levels, or details that cannot be created effectively on a flat metal surface.
A complex design usually requires a process that can reproduce depth accurately across the entire production batch.
Die Struck Medal Production Uses Pressed Metal Forming
Die struck medals are made by pressing metal blanks between custom dies, which transfers the artwork into the surface of the metal.
In practical production, this method works best when you want the medal to feel like a solid metal piece rather than a highly dimensional casting. The strength of die striking comes from clean edges, sharp lettering, controlled relief, and the natural appearance of the metal itself.
You may see this process used for traditional award medals, organization emblems, commemorative pieces, or designs where polishing and surface contrast create the main visual effect.
Compared with die casting, die striking gives you a different design direction. The medal shape is limited by the material thickness and die structure, which means very deep relief or complex 3D features need more engineering review before production.
For bulk projects, we normally check relief depth, lettering size, and surface details before tooling because these factors directly affect how clearly the design transfers into the metal.
Die Cast Medals Work Better for Complex Designs
A medal design can look simple on screen but become challenging when translated into a physical product. The amount of depth, texture, and structural detail often determines whether die casting is the more practical choice.
We often see production problems begin when artwork is approved before the manufacturing method is fully considered.
When Die Cast Medals Provide More Design Flexibility
Die casting is commonly selected when your medal includes multiple design layers or dimensional effects.
Examples include:
The mold creates the full structure, allowing designers to build more visual depth into the medal.
For distributors and event organizers managing different award programs, this flexibility can also make future design updates easier because the same production structure can support different finishing combinations.
Why Bulk Consistency Matters More Than One Sample
A sample only shows one finished medal. The real production test is whether the 1,000th or 5,000th medal maintains the same structure and surface quality.
At KungFu Metals, we often review relief depth, mold design, and finishing requirements before production starts because small design differences can become larger problems during bulk manufacturing.
For larger orders, production repeatability often matters more than how impressive one sample looks.
Die Struck Medals Work Well for Traditional Metal-Focused Designs
Some projects are not about creating deep 3D effects. They are about achieving a clean, precise, and traditional metal appearance.
Die striking can be an effective option when the design depends on surface detail rather than complex shape structures.
When Die Struck Medals Are a Better Choice
Die struck medals are often suitable for:
The process allows the design to stand out through polished surfaces, texture differences, and controlled finishing effects.
Design Limitations You Should Consider Before Production
Die striking also creates different design limitations.
Very deep 3D structures or highly complex shapes may require adjustments because the process depends on pressing the design into metal rather than creating a complete molded structure.
Before tooling begins, we recommend reviewing:
Reviewing these points before tooling reduces the chance of design changes after production begins.
Cost, MOQ, and Production Risk Comparison
The lowest quotation does not always represent the lowest total project cost.
When you compare die cast and die struck medals, tooling, production quantity, finishing requirements, and future repeat orders often influence the final decision more than the first unit price.
For large orders, the production method should reduce variation between the first batch and the final shipment. This is especially important when the same design will be reordered for future events. And if you are ordering 5,000 or more medals, the question is usually not which process looks better on one sample. The question is which process can keep the same quality after thousands of pieces leave the production line.
How Order Quantity Changes the Better Process Choice
For small quantities, tooling cost may have a larger impact on the project calculation.
When annual events require the same medal year after year, production consistency becomes even more important than the appearance of the first sample.
If you are ordering thousands of medals, a process that provides stable repeat production can reduce adjustment time, rejection risk, and unexpected finishing changes.
Tooling Investment and Long-Term Production
Both die cast and die struck medals require custom tooling.
Die cast molds create the casting structure, while die struck production uses custom dies to transfer the design into metal.
If you expect the same medal to be reordered next year, the first production decision should also make future repeat orders easier to manage.
How Material and Mold Decisions Affect Medal Performance
Material and forming method influence each other, especially when your medal includes detailed structures, special finishes, or repeat production requirements.
If you are comparing material options before choosing a process, our guide on typical materials used in medal die casting explains how zinc alloy and other materials affect production performance.
Why Material Compatibility Matters for Different Production Methods
Die cast medals commonly use zinc alloy because it supports detailed structures and flexible finishing options.
Die struck medals often depend more on the selected metal thickness and surface characteristics because the design is transferred through pressure.
Material selection should follow the design purpose, finishing expectations, and production method instead of focusing only on raw material cost.
Mold Design Directly Affects Medal Quality
A properly engineered mold supports:
A design that looks correct in artwork still needs engineering review before production.
How We Review a Medal Project Before Tooling Starts
At KungFu Metals, we review the complete project instead of choosing a process only from the artwork image.
A medal that works well for a 200-piece recognition award may not be the same choice for a 10,000-piece event order.
Design Structure Review Before Tooling
We check:
A simple event medal and a detailed 3D recognition award may require completely different manufacturing decisions.
Production Planning Review for Bulk Orders
Once order quantities increase, the production priorities also change.
A 200-piece premium award project and a 10,000-piece event medal order may require different approaches.
Common Mistakes We See When Buyers Choose Between Die Cast and Die Struck Medals
Many production problems are not caused by the factory process itself. They usually start earlier when the design expectation and manufacturing method are not aligned.
Many production changes become expensive after tooling starts, so checking these points earlier usually keeps the project easier to control.
Choosing Based Only on Visual Samples
A sample confirms the design direction, but production success depends on whether the same standard can be maintained across the entire batch. A supplier may produce one impressive sample while facing challenges maintaining the same details across a full batch.
This is especially important for medals with plating, enamel areas, or multi-level designs because small differences in casting or finishing become easier to notice when production volume increases.
Ignoring Future Repeat Orders
For distributors and organizations, medals are often repeated annually.
A production method should support:
Die Cast vs Die Struck Medals: Production Comparison immediately
When you compare die cast and die struck medals, the biggest differences come from how the metal is formed. The production method affects design flexibility, surface details, tooling approach, and how the medal performs during bulk manufacturing.
Comparison Factor
Die Cast Medals
Die Struck Medals
Forming Method
Molten metal is injected into a custom mold cavity to create the medal structure.
Metal blanks are pressed between custom dies to transfer the design into the surface.
Best Design Style
Suitable for 3D designs, deep relief, multiple layers, textured backgrounds, and complex shapes.
Suitable for classic medal designs, sharp outlines, clean lettering, and traditional metal appearances.
Detail Performance
Creates stronger depth and dimensional effects because the mold forms the complete structure.
Provides precise surface details where the metal thickness and die design control the final look.
Common Applications
Sports medals, event awards, mascot designs, recognition medals, and complex custom projects.
Commemorative medals, organization awards, logo-focused medals, and premium metal-style pieces.
Tooling Method
Uses casting molds designed around the full medal structure.
Uses custom dies that press the artwork into the metal material.
Production Advantage
Provides more flexibility when the design requires different heights, shapes, and 3D elements.
Provides a clean metal feel with strong definition on simple or traditional designs.
Main Design Consideration
Very detailed structures require proper mold design to maintain consistency during bulk production.
Deep 3D features and complex shapes may require design adjustments before tooling.
Suitable Bulk Projects
Often selected for large orders where consistent reproduction of complex designs is important.
Often selected for projects where the medal style focuses on metal appearance and surface precision.
Die Cast vs Die Struck Medals: Which One Fits Your Project?
Different projects require different priorities. Some projects need more design freedom, while others need a cleaner metal-focused appearance. The suitable process becomes clearer when we review your artwork structure and production goals.
Project Requirement
Recommended Process
Main Reason
Complex 3D medal design
Die Cast
Better depth and structure flexibility
Traditional metal award
Die Struck
Sharp details and classic appearance
Large event quantities
Stable bulk production
Simple logo-focused medal
Clean surface presentation
If you are also comparing medal structures for sports events, you can review our guide on popular sports medals awarded in events to understand how different designs affect production choices.
Related Production Decisions After Choosing the Process
Selecting the production method is only one step. Material, tooling, and finishing decisions still determine how the final medal performs. The medal outcome also changes with material, mold design, finishing, and production control.
For award projects with strict appearance requirements, understanding the die-making process early allows you to adjust the design before tooling starts. You can also review our guide on how to choose the right medal die for your award ceremony before starting tooling.
FAQWhat is the main difference between die cast medals and die struck medals?
The main difference is the forming method. Die cast medals are created by injecting molten metal into a mold, while die struck medals are produced by pressing metal blanks with custom dies.
Are die cast medals better for detailed designs?
Yes, die cast medals are often better for detailed designs because the mold can create deeper structures, 3D elements, and complex shapes. The suitable process comes from your artwork structure, finishing plan, and production goals.
Are die struck medals more durable than die cast medals?
Durability comes from the combination of material thickness, plating quality, and production control. A well-made die cast medal can perform well in long-term use, while a die struck medal may be preferred when the project focuses on solid metal feel and traditional construction.
Which process is better for large bulk medal orders?
For large bulk orders, die cast medals are often selected because they provide strong production flexibility and repeatability for complex designs. However, simple designs may still work well with die striking.
Do die-cast medals cost more than die-struck medals?
Cost is influenced by tooling investment, order quantity, design complexity, and finishing requirements. A simpler die struck medal may be cost-effective, while a complex die cast medal can provide better value when design flexibility is important.
Which process is better for repeat medal orders?
For repeat medal orders, the better process is the one that can maintain the same structure and finish over time. Die cast medals are often selected for projects requiring consistent reproduction of complex designs, while die struck medals can work well for simpler designs with stable specifications.
How should I choose between die cast and die struck medals?
Start with your medal structure, order quantity, finishing requirements, and future reorder plans. A suitable process is the one that matches your production goals and keeps quality stable over time.
CTA
Choosing the medal production method before tooling starts can reduce redesigns, production adjustments, and delivery risks.
At KungFu Metals, we support distributors, event organizers, schools, and brands with:
Send us your medal artwork, quantity, preferred finish, and project timeline. We can review your artwork, explain the production trade-offs, and recommend the manufacturing method that best matches your design, quantity, and delivery schedule.
Media ContactCompany Name: Huizhou Kungfu Craft Co., Ltd.Email: Send EmailCountry: ChinaWebsite: https://www.kungfumetals.com/
