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The reshoring movement continues to influence manufacturing strategy across the United States. According to industry data from organizations such as the Reshoring Initiative, thousands of manufacturing jobs have returned to the U.S. over the past several years as companies reassess global sourcing risks and prioritize supply chain resilience.
Cost is a factor, but the events of the past few years in the supply chain have uncovered some pitfalls that many manufacturers haven't seen coming. Long lead times, logistical delays, material availability, and communication challenges were among the risks associated with being too reliant on the long-distance supply of key machine components.
This is leading OEMs, machine builders and advanced manufacturers to reconsider their supplier choice for precision motion components. It's no longer just about the price of the purchase. Manufacturers are increasingly considering total value, engineering support, response and potential for long-term partnership.
For many manufacturers, recent disruptions revealed how dependent production schedules had become on global supply chains.
The late delivery of an essential motion assembly can cause machine builds to be stalled, customer deliveries to be delayed and production schedules to be affected at several plants. Replacement parts can take months instead of weeks to get and the money lost due to downtime can far outweigh the cost of the replacement parts.
This experience has prompted many companies to rethink supplier selection criteria.
Today, manufacturers are placing greater emphasis on:
These factors are especially critical for highly engineered motion systems, because the performance of the components directly impacts machine capability.
Modern machine builders are demanding from their suppliers the ability to produce components as well as to engage in technical cooperation.
As precision motion components grow in importance, manufacturers are not only considering product specifications but also the supplier's capabilities to engage in the overall machine design.
Accessibility by engineering is a key factor. When it comes to performance requirements, integration challenges, load calculations, thermal behavior and application-specific modifications, design teams often need quick feedback.
When dealing with a supplier in the same time zone and manufacturing environment, communication and decision-making can be streamlined.
Responsiveness can be more valuable than the component for machine builders with aggressive project timelines.
Precision motion components form the foundation of many advanced manufacturing systems.
These components influence:
To meet increasingly demanding performance targets, motion assemblies, linear systems, spindles and positioning platforms are required to collaborate.
In aerospace machining, semiconductor manufacturing, medical device production, and automation systems, small variations in motion performance can have a direct impact on product quality and process stability.
As machine requirements become more sophisticated, manufacturers are placing greater importance on suppliers that understand how motion systems influence overall machine behavior.
The biggest advantage of reshoring is the increased collaboration between manufacturer and supplier.
Domestic suppliers may be able to more fully engage in the design, prototyping, testing and production stages. This partnership contributes to detecting problems early and making engineering decisions more quickly.
Made in USA manufacturing also has benefits when it comes to quality control and transparency of the manufacturing process. Manufacturers typically have greater insight into production schedules, the sourcing of materials, and manufacturing controls.
Additional benefits include:
These benefits can play a direct role in project success for highly customized machine platforms.
Today, machine builders are looking at motion system suppliers more and more as engineering partners rather than simply as component suppliers.
An experienced CNC spindle manufacturer will be able to offer insights into the requirements for applications, load conditions, thermal management, bearing selection, and integration challenges.
In the same way, suppliers that are engaged in custom machining and motion system development may offer their expertise towards optimizing the total machine performance.
Instead of just picking up available parts, machine builders are looking for suppliers who can help them achieve their long-term technical goals.
This is part of a wider trend toward engineering relationships that are more collaborative than the traditional purchase order.
Traditionally, price was a major factor in choosing a supplier.
Although pricing is still a key factor, many manufacturers are now looking at suppliers on a much wider basis, taking into account operational risk, responsiveness, quality consistency, and engineering support.
The focus has changed from lowest cost sourcing to total value sourcing.
Manufacturers increasingly ask:
Long-term supplier relationships are becoming more valuable because they help reduce uncertainty while improving overall project execution.
The push for reshoring is not likely to go away anytime soon.
Manufacturers are continuing to invest in local sourcing networks, driven by supply chain resilience, domestic manufacturing investment, workforce development, and advanced production initiatives.
As machine designs are specialized, supplier selection will be more based on technical ability, partnership and long-term reliability, than simply purchasing transactions.
In the case of precision motion components, it translates to manufacturers continuing to look for partners who can meet complex engineering needs, along with consistent delivery and quality.
The reshoring movement is altering the way that manufacturers look at suppliers for precision motion components. Although cost is still a major factor, the reliability of the supply chain, engineering collaboration, technical support, and manufacturing transparency are all playing a growing role.
Machine builders increasingly recognize that motion systems directly influence machine performance, reliability, and competitive advantage. As a result, supplier selection is evolving from a purchasing decision into a strategic engineering decision.
At Gilman Precision, precision motion components are developed and manufactured to support the demanding requirements of modern machine builders. Through made in USA manufacturing, precision spindle expertise, custom machining capabilities, and collaborative engineering support, Gilman helps manufacturers build more reliable, accurate, and competitive machines. If your organization is evaluating motion component suppliers as part of a reshoring strategy, connect with our team to discuss how a domestic engineering partnership can support your long-term manufacturing goals.
