TOOLING
Making reliability repeatable.
Precision, durability, and efficiency start with the right mold.
The Right Tooling.
The Right Results
Choosing the right mold impacts costs, cycle times, scalability, and part quality. We help engineers and procurement teams navigate the complexities of tooling, offering solutions for every stage of the product lifecycle. Whether you need a quick-turn prototype, bridge tool for limited runs, or a high-volume production mold, our expertise ensures you get the right tool for the job.

Our Tooling Capabilities
We’re proud to offer a broad range of tooling capabilities. With our focus on design and creation, we’re your team for prototyping, production, and more.
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In-House Tool Design, Modification, and Repair: Doing everything in-house reduces costs and lead times.
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Flexibility and cost-efficiency: Source domestically or offshore to best meet your manufacturing needs.
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Tooling DFM (Design for Manufacturability): Lower costs with a simplified, optimized, and refined design process.
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Tool Validation: Prevent defects and surprises with tool validation customized for you.
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Tool Transfer Guidance: With expert support at every step of the process, Aprios aids you in the tool transfer process so you can get back to production.
Poor Tooling Leads To Costly Problems
Avoid costly setbacks with the right tooling—optimize quality, reduce delays, and scale effectively.

INCONSISTENT PART QUALITY causes production delays.

LONG CYCLE TIMES drive up costs and slow manufacturing.

TOOLING FAILURES lead to expensive rework and downtime.

CHOOSING THE WRONG TOOLING TYPE limits scalability and performance.
Experts in Tool Design
Design for Manufacturing (DFM) in tooling focuses on optimizing the design of molds to enhance the efficiency and quality of the injection molding process. By considering factors such as ejection and cooling, gate placement, mold flow analysis, draft angles, and part consolidation, we ensure that the tooling is tailored to produce high-quality parts with minimal defects.
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Ejection and Cooling Considerations
Planning for Ejection ensures the design includes features that facilitate easy ejection, such as ejector pin locations. For example, flat surfaces for ejector pins to push against on the base of a complex component.
Efficient Cooling means designing parts that allow for effective cooling within the mold to reduce cycle times and improve quality. For example, designing a part with consistent wall thickness allows for uniform cooling.
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Gate Placement
Optimizing Gate Locations: by properly placing gates, ensuring uniform filling and minimizes defects. For example, placing the gate at the thickest section of a part helps ensure proper flow and reduces the risk of sink marks in thin areas.
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Mold Flow Analysis
Mold Flow Analysis uses simulation software to predict the flow of molten plastic, identify potential issues like air traps, weld lines, or hotspots, and adjust the design accordingly. For example, simulating the injection molding process for a car dashboard can help optimize gate locations and cooling channels.
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Draft Angles
Include Appropriate Draft by adding a draft angle (typically 1-2 degrees) on the walls of the part allows it to be easily ejected from the mold. For instance, a plastic cup should have slight tapering walls to facilitate ejection.
Molds tailored to your needs.
We assist you in selecting the optimal mold for your project.

Elite Performance Molds (Class 101)
- Production: High-volume
- Max Cycles: 1,000,000+
- Materials: Superior grade
- Construction: Stainless steel base
- Price: $$$$$

Premium Production Molds (Class 102)
- Production: Medium to high
- Max Cycles: 1,000,000
- Materials: Premium
- Ejection: Guided, wear plates
- Price: $$$$

Standard Production Molds (Class 103)
- Production: Medium-volume
- Max Cycles: 500,000
- Materials: High-grade
- Design: Detailed
- Price: $$$

Economy Production Molds (Class 104)
- Production: Low-volume
- Max Cycles: 100,000
- Materials: Mild steel, aluminum
- Cooling: In cavities, cores
- Price: $$

Precision Prototype Molds (Class 105)
- Prototypes Ideal
- Max Cycles: 500
- Materials: Various (aluminum, cast metal)
- Cooling: Basic
- Price: $
Precision Tooling Solutions For Every Stage
From prototype to production, we deliver precision tooling to support your product at every stage
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Prototype & Quick-Turn TollingRapid development for testing & validation.
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Bridge ToolingScalable solutions for low- to mid-volume production.
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Production ToolingHigh-precision, durable molds built for long-term use.
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Scientific Molding ValidationEnsure repeatability, compliance, and efficiency for the long term.
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Our Flexible Tooling Solutions
Whether you need fast prototypes or smooth transitions from existing suppliers, we’ve got you covered. Explore Quick Turn Tooling and Program Transfer options to keep your projects on track and on time.

Program Transfer
Need Fast Prototyping Or Low-Volume Production?
Discover how Aprios’ Quick-Turn Tooling accelerates your product development process with rapid, cost-effective solutions—perfect for prototypes and short runs.
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Program Transfer
Struggling With A Tooling Transfer?
If you're facing delays or quality issues with your current supplier, explore how our seamless program transfer service ensures a smooth production transition.
3 Steps For Reliable Tooling
Our tailored approach to tooling that delivers consistent, high-quality results

Sign an MNDA
Prototype, bridge, or production tooling? We help you decide.

DFM & Tooling Design
Optimize for manufacturability and long-term performance.

Mold Fabrication
Built with precision, using high-quality materials.
Tooling Design, Creation, and Repair
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What types of tooling services do you offer?
We offer comprehensive tooling services, including design, creation, and repair. Our team can develop new tools, modify existing ones, and perform repairs to ensure optimal performance and longevity.
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How do you ensure the quality of your tooling?
Our tooling services adhere to rigorous quality control standards. We leverage design software, mold-flow analysis, precision machining, and thorough measurement to ensure that each tool is performing optimally.
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Can you transfer and modify tools from other manufacturers?
Yes, we have a defined project management process for intaking tools from other manufacturers. We can repair and modify these tools to meet your specific production needs and get your production back on track quickly.
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What is the typical lead time for creating new tooling?
The lead time for creating new tooling varies based on complexity and requirements, but our quick-turn tooling services can deliver parts within a month after placing an order.
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Do you offer maintenance services for existing tools?
Yes, we provide maintenance and repair services for existing tools to ensure they remain in optimal condition and continue to produce high-quality parts.
Let's talk about tooling
From prototyping to tool transfer to onshore and offshore manufacturing. Our experts make the process quick and easy from start to finish.
Master Tooling in Medtech
Your go-to tooling guide for medical device engineers, procurement teams, and program managers.
WHAT'S INSIDE:
- Proven tooling design best practices
- Clear explanation of SPI mold classifications
- How quick-turn and production tooling compare
- Key regulatory considerations (IQ, OQ, PQ)
- How to choose the right tooling partner for success