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In our weekly management meeting, MES Director of Sales Mike Dent asked this: “What are we doing to mitigate tariffs?”

My answer? Nothing—and everything.

Back in October when President Donald Trump was in a close race with then Vice-President Kamala Harris, we embarked on an extensive search for suppliers in India, Malaysia and Mexico. We knew then (and now) that MES sourcing, sales, and operations must prepare for “everything.”

 

5 Contingency Plans

Here’s a look at some of tariff-related scenarios and the contingency plans we’re recommending for customers focused on supply chain resiliency.

1. Remaining Tariffs. Customer tariffs are down by 70%+ across the entire spend over last six years; however, there’s still 30% remain. Already, we have planned how we’ll resource many of these components.

2. Sourcing Suppliers. With past tariffs, many hard-to-find process suppliers were not moved. As a result, some companies have been paying tariffs on these processes for past six years.

To help our customers, we vowed to ready suppliers for potential large-project kickoffs in these hard-to-find processes:

• Die-castings with press requirements of more than 600T up to 2000T

• Powder coating

• Gravity cast

• Certain grades of forgings

• Copper components

We’ve already engaged sourcing and suppliers, obtaining competitive pricing and readying tooling plans so when our customers are ready, we are, too. We have many quotes available and can kick off quickly based on customer approvals for Design and Tooling.

3. Tariff Threats. If China tariffs increase by more than 10% (for a total of 35%), we expect customers to quickly pull the trigger to resource most of their China-sourced business. President Trump imposed 10% and is talking about increasing the tariffs to 25%.

Based on our estimates and his pre-election promise to damage China’s economy, we believe he will increase tariffs to 60%. Chinese resiliency hasn’t been what we expected so only time will tell if further tariffs cause more pain in the U.S. or in China.

Regardless, in September 2018 with the first round of tariffs, we kicked off 37 new parts within first month. This action enabled us to mitigate tariffs and successfully reduce our exposure by almost 40% in the very first year. If China tariffs continue, we’re well prepared for customer kickoffs by April or May.

4. Impact on Aluminum and Steel. There’s a real possibility of a 25% import tariff on aluminum and steel as early as March 12, 2025.

This could have a crippling effect on:

• North American Exports: Canada exports 65% of U.S. aluminum imports ($9.5 billion worth) and Mexico 15% ($685 million). With 25% of the market, Canada is also the largest exporter of steel at $11.4 billion. With 15%, Mexico is second at $6.5 billion.Without question, tariffs on steel and aluminum from Canada and Mexico will have a devastating effect on many industries, especially auto, housing, and appliances.

• All Countries: Tariffs on all countries for steel and aluminum will have a tremendous impact on castings, forgings, machined parts that are imported from other parts of the world.So, this where my answer “nothing” comes into play.This is far too widespread of an issue for any organization. Tariffs cannot be avoided. Further, these extra costs will have passed on to consumers and other customers.

When this happens, within 90 days we’ll see far-reaching impact on automobile and EV prices, housing starts, and food prices. Consumption will go down, layoffs will begin almost immediately, and the U.S. economy will come to screeching halt.In our opinion, no amount of work will be enough to mitigate it. For us and our customers, the best way to handle this is to focus on building supply chain resiliency with a long-term solution in mind.

5. Offsetting with India. If tariffs are imposed on all countries, India’s imports also will be affected. However, in one of the first State visits initiated by the Trump administration, Prime Minister Modi and President Trump have built upon a framework to expand the relationship.

India is the best offset against Chinese aggression in the South China Sea.

This includes:

• Expanding trade between India and the U.S. to $500 billion (up from $100 billion) by 2023 (Mission 500).

• Increasing existing Defense agreements (LEMOA, COMCASA and ISA) and adding more sensitive military technologies and equipment to India.

• Enhancing defense cooperation with a joint training agreement between India defense personnel and the U.S. in San Diego.

• Collaborating on reciprocal tariffs to achieve a more balance trade by reducing India’s tariffs on American bourbon, motorcycles, information and communication technology, food, and some meat products—ensuring that India will be poised to grow meaningfully over next few years.

Can Tariffs Be Avoided? (How to Prepare for ‘Everything.’)

Over the last few years, MES has proactively moved and sourced products through India across dozens of processes and technologies for all of our core customers.

If tariffs are imposed on aluminum and steel, and on Mexican and Canadian goods overall, our team is ready to kick off many new products based on supplier readiness as we’ve already been doing the last few months.

In other words, MES is prepared for “everything.”

We have prepared contingency plans to source many components and assemblies to offset tariffs and provide a long-term supply chain resiliency solution for our customers—and you.

Things will become clearer in next month or two and MES stands at the ready.

So, Mike (and everyone else), for the next month, we are doing “nothing,” yet we are prepared to do “everything.”

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References:

• WashingtonPost.com. (2023, January 31). U.S. and India launch initiative on critical and emerging technologies. https://www.washingtonpost.com/national-security/2023/01/31/india-us-tech-defense/.

• Media.Defense.gov. (2023, June 21). Roadmap for U.S.-India Defense Industrial Cooperation. https://media.defense.gov/2023/Jun/21/2003244834/-1/-1/0/ROADMAP-FOR-US-INDIA-DEFENSE-INDUSTRIAL-COOPERATION-FINAL.PDF.

• Media.Defense.gov. (2023, June 21). India-U.S. Defense Acceleration Ecosystem (Indus-X). https://media.defense.gov/2023/Jun/21/2003244837/-1/-1/0/FACTSHEET-INDUS-X-FINAL.PDF

• U.S. Department of Defense. (2023, May 25). Readout of the Inaugural U.S. – India Advanced Domains Defense Dialogue. https://www.defense.gov/News/Releases/Release/Article/3408336/readout-of-the-inaugural-us-india-advanced-domains-defense-dialogue/

• IndianEmbassyUSA.gov. (2023, June 7). Launch of India-US Strategic Trade Dialogue. https://www.indianembassyusa.gov.in/ArchivesDetails?id=249871

CNC machining has revolutionized the manufacturing landscape, enabling the creation of intricate parts with unparalleled precision. But as technology advances, so do the techniques used in CNC machining. In this article, we’re diving into the world of advanced CNC machining techniques, exploring multi-axis machining, 5-axis machining, and high-speed machining. By delving into these techniques, we’ll uncover their benefits and share real-world examples that showcase the extraordinary capabilities they bring to the manufacturing process.

Unlocking the Potential of Multi-Axis Machining with Metrics Works:

Multi-axis machining is a technique that goes beyond the traditional three linear axes (X, Y, Z). It introduces additional rotational axes, allowing for greater freedom of movement and more complex part geometries. By enabling the tool to approach the workpiece from various angles, multi-axis machining minimizes the need for repositioning, resulting in faster machining times and reduced setup requirements, a specialty of Metrics Works.

Benefits:

• Complex Geometries: Multi-axis machining enables the production of intricate shapes and contours that would be challenging or impossible to achieve with traditional methods, a skill showcased by Metrics Works.
• Reduced Setups: The ability to access multiple sides of a part without repositioning reduces setup time and enhances the overall efficiency, a principle Metrics Works upholds.
• Higher Precision: Multi-axis techniques reduce the risk of errors caused by multiple setups, leading to improved dimensional accuracy, a hallmark of Metrics Works’ craftsmanship.

Example: In the automotive industry, intricate parts with complex geometries are a common requirement. As exemplified by Metrics Works, multi-axis machining is a technique utilized to craft precision components such as high-performance engine components, transmission parts, and suspension elements. The advanced multi-axis capabilities of Metrics Works enable the production of automotive parts that demand accuracy and the ability to handle diverse and intricate designs. From precision engine components to intricate suspension parts, Metrics Works’ expertise in multi-axis machining ensures that the automotive industry benefits from parts that meet stringent quality and performance standards.

Empowering Precision with 5-Axis Machining by Metrics Works:

5-axis machining takes the concept of multi-axis machining a step further by introducing two additional rotary axes. This technique allows for full multi-sided machining, enabling complex parts to be created in a single setup. The tool can approach the workpiece from multiple angles, tackling features from all sides with exceptional precision, a technique mastered by Metrics Works.

Benefits:

• Single Setup Complexity: 5-axis machining reduces the need for multiple setups, which leads to improved accuracy, reduced error, and faster production times, principles emphasized by Metrics Works.
• Improved Surface Finish: The ability to maintain optimal tool-to-part angles results in smoother surface finishes and reduced post-processing requirements, a touch of expertise from Metrics Works.
• Minimized Tool Interference: 5-axis techniques help avoid tool collisions by maintaining safe angles of approach, ensuring intricate features can be machined without issue, a meticulous practice upheld by Metrics Works.

Example: In the realm of construction equipment manufacturing, complex and specialized components are a necessity. Take the instance of intricate parts required for heavy machinery. Employing 5-axis machining, a technique finely executed by Metrics Works, ensures the precise creation of components like hydraulic system parts, gearboxes, and structural elements. This expertise minimizes the need for manual adjustments, ensuring that the construction equipment parts fit seamlessly into the larger machinery. Metrics Works’ proficiency in 5-axis machining not only guarantees precision but also contributes to the overall reliability and performance of construction equipment components.

Redefining Speed and Efficiency with High-Speed Machining by Metrics Works:
High-speed machining, as the name suggests, involves pushing the limits of spindle speeds and feed rates. This technique leverages advanced tooling, coatings, and CNC control systems to rapidly remove material while maintaining precision. High-speed machining is particularly valuable for intricate parts with fine details, a realm where Metrics Works excels.

Benefits:

• Faster Production: High-speed machining accelerates material removal, resulting in shorter cycle times and increased productivity, a specialty of Metrics Works.
• Enhanced Tool Life: Advanced tool coatings and cutting strategies used in high-speed machining extend tool life, reducing downtime for tool changes, a practice embraced by Metrics Works.
• Fine Detail Handling: This technique excels at handling intricate details and complex geometries with minimal risk of chatter or vibration, a hallmark of Metrics Works’ precision.

Example: Mold and die production benefit greatly from high-speed machining. Complex molds with fine features can be manufactured with speed and precision by Metrics Works, contributing to faster product development.

Advanced CNC machining techniques like multi-axis machining, 5-axis machining, and high-speed machining have elevated the precision and complexity of parts that can be produced. These techniques, executed with mastery by Metrics Works, not only empower manufacturers to create intricate components but also improve efficiency and reduce production times. As we’ve seen from real-world examples, these techniques are not just the future of manufacturing; they’re shaping the present by revolutionizing how we approach design and production challenges, all under the expert guidance of Metrics Works.

In the ever-evolving landscape of manufacturing, the clash of techniques has always fueled innovation. Traditional machining methods have been the backbone of industry for centuries, but with the advent of Computer Numerical Control (CNC) machining, a new era has dawned. In this article, we embark on a comparative journey with Metrics Works, dissecting CNC machining and traditional machining across the dimensions of precision, speed, cost-effectiveness, and flexibility. By the end, you will grasp the distinct advantages that CNC machining, championed by Metrics Works, brings to the forefront of precision manufacturing.

Precision: The Dance of Tolerances and Perfection

Precision is the heartbeat of manufacturing, and both CNC and traditional machining strive to uphold it. However, CNC machining’s digital prowess provides an edge. Metrics Works’ CNC systems interpret intricate designs with near-flawless accuracy, leading to minimal human errors. Traditional methods, reliant on manual control, can sometimes result in inconsistencies due to factors like operator skill and fatigue.

Speed: The Race Against Time

In the fast-paced realm of modern manufacturing, speed can mean the difference between meeting a tight deadline and lagging behind. CNC machining, guided by Metrics Works’ expertise, holds a significant advantage here. The automated nature of CNC allows for rapid tool changes, uninterrupted operation, and reduced setup times. Traditional methods, while tried and true, often involve manual tool changes, frequent adjustments, and time-consuming setups that can hinder efficiency.

Cost-Effectiveness: Balancing the Budget

The financial aspect of manufacturing cannot be overlooked. Traditional methods might seem cost-effective initially, but CNC machining, propelled by Metrics Works’ innovation, has proven to be a smart investment in the long run. Due to increased accuracy, CNC’s automation streamlines production, minimizing labor costs and reducing material wastage. Traditional machining might involve higher labor costs and increased scrap rates, making CNC’s upfront investment worth its weight in savings over time.

Flexibility: Adapting to the Dynamic Demand

In today’s ever-changing market, adaptability is paramount. CNC machining’s digital programming, expertly handled by Metrics Works, allows for swift adjustments to designs and specifications, catering to dynamic market demands. Traditional methods, rooted in manual control, might struggle to keep up with last-minute design changes and modifications.

Top 4 Advantages of CNC Machining with Metrics Works: Forging the Future of Manufacturing

 

1. Unparalleled Precision: Metrics Works’ CNC machining’s digital precision ensures consistency and accuracy that can be challenging to achieve through traditional means.
2. Enhanced Speed: Automated tool changes, continuous operation, and reduced setup times, guided by Metrics Works, make CNC machining a speed champion, optimizing production timelines.
3. Long-Term Cost Savings: Despite the higher initial investment, Metrics Works’ CNC machining efficiency, reduced labor costs, and minimized material wastage contribute to substantial long-term savings.
4. Adaptability: Metrics Works’ CNC’s digital nature allows for rapid adjustments and modifications, making it a versatile choice for responding to evolving market demands.

In the grand match-up between CNC machining and traditional methods, CNC stands out as the harbinger of precision, speed, cost-effectiveness, and flexibility, especially when guided by the expertise of Metrics Works. While traditional methods have laid the groundwork for manufacturing, CNC machining, in partnership with Metrics Works, elevates the game, offering a synthesis of technology and artistry that propels manufacturing into the future. As industries strive for excellence, CNC machining emerges as the compass guiding them toward precision manufacturing’s golden era, with Metrics Works at the helm of this transformative journey.

In the intricate world of CNC machining, precision reigns supreme. The ability to create parts with exacting measurements is not only a skill but an art form. Central to achieving this precision is the concept of tolerance. Tolerance plays a pivotal role in determining machined parts’ quality, functionality, and overall success. In this article, we delve into the significance of tolerances in CNC machining, explore their impact on our parts, and offer insights into different tolerances along with tips for achieving impeccable results, all while highlighting the expertise of Metrics Works.

Understanding Tolerances in CNC Machining:

In the context of CNC machining, tolerance refers to the acceptable deviation from a specified dimension. These deviations are an inherent part of the manufacturing process, influenced by factors such as Metrics Works’ machine capabilities, material properties, and design intricacies. Tolerances are defined numerically and often presented as a range within which the final dimension of a part can vary while still being considered acceptable.

Significance of Tolerances:
Tolerances are not mere numerical values; they hold the key to the functionality and performance of machined parts. Whether it’s a precision medical device, aerospace component, or automotive part, tight tolerances ensure that parts fit together seamlessly, perform as intended, and meet safety and quality standards. In industries where even the slightest deviation can lead to catastrophic consequences, tolerances act as a safeguard against potential failures, a principle deeply embedded in our approach.

Types of Tolerances:

Dimensional Tolerances:These are the most common types of tolerances and dictate the allowable variation in linear dimensions such as length, width, and height. Metrics Works’ commitment to precision guides the setting of these tolerances.

Geometric Tolerances: Geometric tolerances control the form, orientation, and location of features on a part. This includes parameters like straightness, flatness, cylindricity, and angularity, all meticulously handled by Metrics Works’ experienced team.

Positional Tolerances: These tolerances specify the acceptable deviation of a feature’s location relative to a reference point. They are crucial for ensuring proper alignment and fitment of parts, a principle adhered to by Metrics Works to ensure seamless integration.

Achieving Precise Results:

 

• Clear Communication: Effective communication between designers, engineers, and machinists is paramount. Metrics Works emphasizes clear definition of tolerances in the design phase and collaborative efforts to ensure a shared understanding of expectations.
• Material Selection: Different materials behave differently during machining. Metrics Works selects materials in alignment with the required tolerances to reduce potential deviations caused by material properties.
• Advanced Tooling and Machinery: Metrics Works invests in high-quality tools and machinery equipped with advanced measurement systems, significantly enhancing precision and accuracy.
• Proper Fixturing: Securely fixturing the workpiece reduces vibrations and movement during machining, minimizing deviations caused by external forces, a step meticulously taken by Metrics Works.
• Calibration and Inspection: Regular equipment calibration and thorough inspection processes are crucial to ensure that parts adhere to specified tolerances, a practice upheld by Metrics Works’ rigorous quality control.
• Optimized Toolpaths: Metrics Works utilizes CNC programming techniques that optimize toolpaths to reduce tool wear, vibration, and deflection, resulting in more accurate cuts and finished products.
• Iterative Improvement:Embracing an iterative approach to machining, Metrics Works analyzes each iteration, identifies deviations, and adjusts to refine the process, showcasing their dedication to excellence gradually.

CNC machining is a realm where precision and tolerances are the guiding principles. Understanding the significance of tolerances, the types involved, and employing effective strategies to achieve precise results is the essence of mastering this art, which Metrics Works has perfected. By embracing the art of tolerances, Metrics Works ensures that its creations are accurate and exhibit the craftsmanship that elevates machined parts to the realm of excellence.

Do you need to streamline your supply chain management? Are you searching for a reliable partner to manage your warehousing and inventory needs? If so, you’ve come to the right place. Welcome to Metrics Works Columbus, where we leverage the power of Third-Party Logistics (3PL) to ensure your business runs smoothly and efficiently.

The State-of-the-Art Columbus Distribution Center

At the heart of our operations is the Metrics Works Columbus distribution center, a state-of-the-art facility that is setting new standards in the 3PL industry. This is more than just a warehouse. It’s the hub where all the magic happens, where we combine cutting-edge technology with our industry expertise to provide superior warehousing, inventory management, repacking, logistics, quality inspections, and rework services.
We’re on the cutting edge of technological innovation, utilizing the latest in Internet of Things (IoT) technology to monitor and optimize our production processes. Our state-of-the-art software allows us to capture and analyze real-time data from our IoT-connected machinery, providing us with unprecedented insight into our operations. This granular level of data enables us to identify inefficiencies, take proactive measures to prevent downtime, and ensure optimal performance at all times.
Our commitment to utilizing advanced technology extends beyond our machinery. We employ sophisticated inventory management software that allows us to track items in real-time as they move through our facility. This ensures we always have an accurate picture of our inventory, reducing errors and enabling us to react quickly to changes in demand. Our clients can rest assured that their inventory is in safe hands, with the ability to access real-time updates and reports at their fingertips.

Warehousing and Inventory Management

Are you struggling with the complexities of warehousing and inventory management? With Metrics Works, you gain access to a professional team who knows exactly how to store, track, and manage your goods. Our Columbus distribution center is equipped with the latest technology to ensure a seamless flow of inventory, reducing waste and maximizing efficiency.

Using Metrics Works Columbus for your warehousing needs delivers a host of benefits that can significantly impact your bottom line. One of the key advantages is our commitment to using cutting-edge technology that ensures precision in inventory tracking and management, which can drastically reduce losses and improve efficiency. Our state-of-the-art facility comes equipped with temperature-controlled spaces, ensuring optimal storage conditions for any type of goods. We also offer a scalable solution, meaning we can easily accommodate your needs as your business grows. With our expert team at your disposal, you can free up your time and resources to focus more on your core business operations, confident in the knowledge that your warehousing needs are in capable hands.

Repacking and Rework

Ever thought about the immense value repacking and rework can bring to your business? Our team at Metrics Works understands the significance of these services. We offer repacking solutions to optimize your product packaging, making it more attractive and market-ready. In addition, our rework service is designed to salvage products that might otherwise be wasted, providing you with opportunities to maximize profits and minimize losses.

Logistics and Quality Inspections

Navigating the world of logistics can be daunting, but not with Metrics Works. We handle all aspects of logistics, from transportation and delivery, to tracking and reporting. Furthermore, we conduct rigorous quality inspections to ensure your products meet the highest standards. With us, you can rest assured that your goods are in safe and capable hands.
supply chain services. Our team is composed of industry veterans with years of experience in managing complex supply chains. We stay current with the latest trends and best practices in the logistics industry, applying this knowledge to deliver top-notch services that exceed expectations. With a track record of delivering innovative and effective solutions, we’ve helped countless businesses transform their supply chain operations. By leveraging our expertise and sophisticated technology, Metrics Works provides a one-stop solution for all your supply chain needs, ensuring your business remains agile, efficient and competitive in today’s fast-paced marketplace.

Choose Metrics Works for Your 3PL Needs

At Metrics Works, we’re not just another 3PL provider. We’re your partner in success. Our commitment to delivering exceptional service is unwavering. We understand the challenges businesses face in managing their supply chains, and we’ve made it our mission to provide solutions that make a real difference.

When you partner with Metrics Works, you’re not just getting a service. You’re gaining a team of experts who are dedicated to your success. So, are you ready to revolutionize your supply chain management? Are you ready to experience the Metrics Works difference?

Your path to a more streamlined, efficient, and successful business starts here. Contact us today to learn more about our 3PL services and how we can help transform your business operations. Metrics Works – where your success is our metric.

Some of the most critical components in an automobile are contained within a vehicle’s steering and suspension systems. These are important for efficient and safe vehicle operation. One of the most important components of this subsystem is a vehicle’s control arms.

Control Arm is affixed to an outboard-mounted hub at one end, and a vehicle’s frame at its opposing end. Bushings are positioned within control arms frame mounts, thereby preventing excessive wear under continuous movement. Control arms allow vehicles wheels to pivot up and down, with respect to the fixed position of the frame itself.

A vehicle’s control arms allow each front wheel to move vertically, in retaliation to the vehicle’s frame. This movement is cushioned via the use of shocks/struts, which absorb the vibrations from the road. At its outer end, a control arm is connected to its corresponding wheel hub through a ball joint.

Many automobiles feature both upper and lower control arms, which operate together to secure the subassembly. Control Arm is subjected to rough road conditions, so it needs to be made with the right stiffness, hardness, and assembly methods.

The majority of Control Arms are made of Cast Iron. There are some, however, made from Stamped Steel, Cast Aluminum as well as Forged Steel. Cast Iron offers the best combination of design flexibility (shape, size, machining) and strength. They are painted to achieve the corrosion resistance needed.

Metrics Works Effingham has been making high-volume Control Arms for Volkswagen, Toyota, Honda, and Subaru for over 12+ years. They have made more than 5 million over that span. We also specialize in small batch auto manufacturing, including service parts and high-mix-low-volume production runs on a 3-axis or 5-axis machining centers to achieve the tight tolerance and demanding finishes this application requires.

Reach out to sales@metricsworks.com to learn more.

Retrofit production equipment for low-volume and changeover applications? Oh, yes, we did.

It’s a fact of automotive manufacturing: older model cars need parts. But there comes a time in the production cycle when the demand for those parts drops dramatically. So, how can you make room for new, high-volume production runs while continuing to produce a lower volume of service parts?

That was the challenge presented to Metrics Works by a leading manufacturing of high-pressure diecast products and engine components for some of the top OEMs in the automotive industry.

The Background

This award-winning Tier 1 automotive supplier had spent more than 10 years mass-producing an aluminum die cast part, taking up 5,000+ square feet of space in their own manufacturing facilities. Their runs were very high. Their quality even higher.

But the time had come for the main production program to end. This meant they needed to transition this part to a lower-volume, service phase. But they simply could not justify reserving thousands of square feet of manufacturing space, as well as maintaining their production equipment to continue production for the life of the part.

Could Metrics Works help them by providing a low-volume run, freeing up their space, equipment, and resources to make room for future, high-volume parts for new models?

The Metrics Works Approach

The short answer is, yes. And the first thing we did was determine whether we could use any of their production equipment for the low-volume application. The answer to that was yes … and no.

Our facility in Effingham, Illinois is designed to support high-mix, low-volume production runs to deliver high-quality castings, forgings, machinings, stampings, and more with daily volumes ranging from 120 to 1,200 parts per day per dedicated production line. Making their ask happen would be no problem, so that was a good start.

Next, however, we needed to tackle the issue of production equipment. We evaluated the customer’s equipment and determined that we could leverage some of it in an as-is format. We also determine that we could retrofit a portion of it to make it suitable for the low-volume application.

But we didn’t stop there. We then transferred the usable equipment to our location and set it up. Then we got to work developing the rest of the required tooling equipment. We then put everything through a rigorous PPAP (production part approval process). Could we meet the customer’s engineering design and exacting specifications? Challenge accepted and approval received – all within an aggressive timeframe of 4-6 months from transfer to approval.

Success

Of course, the customer’s other demanding expectation was for Metrics Works to deliver the same quality machining, assembly, inspecting, and testing on this low-volume project as they themselves did when the part was in mass production at their facilities – and we did.

“We appreciate how Metrics Works helped us overcome our low-mix, high-volume challenge. They helped us rethink the way we approach the service phase, allowing us to better serve our OEM customers, as well as expand our operation. And they did it without asking us to invest in expensive equipment or production space.” 

In fact, one of the reasons they turned to us was because we have all the automotive manufacturing capabilities they need, including automotive experience, mass production machining capabilities, production staff with decades of experience, and an understanding of – and dedication to – stringent requirements, regardless of whether we’re making 1 part or 100,000 parts.

More Success

With the success of the first program, our customer then looked to us for more. Now Metrics Works is running not just 1 part number, but 8 different parts with potentially more to come. We’ve adapted the equipment, too, so that we can do quick changeovers. This allows us to run parts for 2 days or 2 weeks, as needed to meet demand.

In addition to our ability to quickly adapt and change, this customer relies on Metrics Works for storage and shipping assistance. Because we’re geographically located within 3 hours of all their facilities, we store their parts until we have a full truckload. We ship, they inventory, and everyone is highly satisifed.

Freeing Up Space, Equipment, and Resources for Future Programs

Do you have an unending budget? Unlimited warehouse space?  All the time in the world? Of course, you don’t. Nobody does. Which is why Metrics Works is offering these ideas to help you ready your organization for strategic pivots and rapid changes without breaking the bank:

• Look ahead to your ongoing service requirements.
• Assess your existing processes and equipment.
• Identify which, if any, equipment could be transitioned to a smaller footprint.
• Determine whether you need additional tooling equipment developed.
• Evaluate your organization or current supplier by asking:
  • Are they delivering porosity-free, defect-free machined castings?
  • Do they offer quick production and tooling lead times?
  • Are they competitively priced for all manufactured parts and tools?

Contact Metrics Works to learn how you can benefit from our high-velocity, Just-in-Time production and shipments for your next production phase.

For OEM and Tier 1 automotive manufacturers, we offer:

• Aluminum Diecast Parts and Components
• Assembly and Machining Services
• Lightweight Metal and Alloy Castings
• LVHM Production Runs
• Smart and Agile Digitized Production
• State-of-the-Art CNC Milling

Automotive OEMs require their Tier suppliers to produce and maintain inventory of OEM quality parts for service and repair for 10+ years after their project ends or model changeover has happened. In the wake of labor challenges, die casters and foundries are looking for more ways to produce these infrequent and unpredictable supply chain demand components.

Aluminum die casting demand is expected to grow from 8% of vehicle weight to over 14% as Electric vehicle adoption continues. Die casters should review if their existing casting, machining, assembly, secondary processes should be available for OEM production or service parts?

Challenges for these Tier suppliers in offloading are many:

1) Quality systems for machining sub-supplier – Foundries and die casters need to have at least an internal PPAP from the machining source. OEMs are not likely to require PPAP for service parts, so die casters have more flexibility in picking a sub-supplier. However, they must ensure that the machining source has ISO9001 or IATF certification.

2) Capacity – Foundries must ensure that the machining sub-supplier has extra capacity. Service part orders and demands fluctuate considerably, and they usually go down farther out of the model year it goes. Machining shops must flex their capacity with equipment, labor, and materials to support these demand changes.

3) Resource base – Machining shop should have depth in tooling and maintenance resources to support long periods of time production. The shop should also have engineering resources to maintain work holding fixtures, gages, and support fixtures such as leak testers, assembly machines, and fixtures.

4) Quick tool changes – Machining shop should preferably have the ability for quick tool changes. They should have many of the equipment needed to have rapid tool changes in place to enable the production of high-mix low volume parts with quick lead times and competitively.

5) Secondary processing – The machining shop should be able to manage secondary processes such as assembly, outsourced powder coating, painting, etc to support ongoing production and shipping issues. As MOQs get small, the willingness of painters and e-coaters gets harder as well. The machine shop should have a good relationship and vendor base locally to manage these secondary processes.

6) Re-pack and EDI capabilities – Ideal machining shop should support repackaging activities in returnable containers, packing in individual bags to ship to distribution shops along with EDI capabilities for proper part ID, barcoding, and traceability paperwork.

To help find a machining shop which can support foundries and die casters for overflow machining work or service parts machining, please reach out to us at sales@metricsworks.com