When manufacturers seek to leverage specialized expertise, advanced processing capabilities, or proprietary technologies without assuming the financial burden of acquiring and maintaining dedicated equipment or facilities, they often turn to toll processing.
From a strategic perspective, toll processing allows manufacturers in high-value, innovation-driven sectors such as medical devices, aerospace, and electronics can significantly enhance the performance, functionality, and market appeal of their products through the integration of specialty materials, precision surface treatments, or other advanced processing features. This can be achieved without the capital expenditure and operational complexities associated with in-house production.
The result is often a meaningful increase in product value, enabling companies to command substantially higher price points in the marketplace. It is also a particularly cost-effective approach, particularly for small or intermittent volumes.
These benefits are further amplified when manufacturers engage in toll processing directly with the Original Equipment Manufacturer (OEM) of the processing equipment.
Third-party providers often lack the in-depth knowledge of the equipment’s design, capabilities, and operational limits that only the original equipment manufacturer (OEM) possesses. This specialized expertise allows the OEM to deliver superior customization, optimized process performance, and tighter quality control.
When working directly with the OEM, manufacturers also gain access to engineering resources, equipment modifications, and technical support that third parties simply cannot offer. This is particularly critical in scenarios involving cutting-edge materials or novel surface modifications.
Perhaps no example better illustrates the value of advanced processing technologies than the plasma treatment systems and diffusion bonding services offered by PVA TePla America, headquartered in Corona, CA. The company serves as both an original equipment manufacturer (OEM) and a toll processor.
While these two processes differ significantly in function and application, both provide substantial performance and quality benefits. Plasma treatments enhance bonding and adhesion and enable a variety of critical surface modifications. Diffusion bonding, on the other hand, facilitates the joining of similar or dissimilar metals to achieve superior thermal performance, mechanical strength, and structural integrity.
Given the distinct requirements, substrates, and material combinations involved, each customer application is inherently unique. As a result, successful outcomes depend on carefully tailored process development customized to the specific demands of each use case.
“A single recipe or standardized process cannot be universally applied. Each application requires a tailored approach to ensure optimal performance and compatibility,” According to Suraiya Nafis, Director Research and Development at PVA TePla America.
Turnaround times depend on part volume and processing requirements. With nine dedicated plasma system lines, PVA TePla can run up to three distinct jobs in parallel, significantly improving throughput and minimizing lead times. For projects with tight deadlines, expedited services are available at an additional cost.
For more information, contact PVA TePla America at 951-371-2500 or 800-527-5667, suraiyan@pvateplaamerica.com or visit www.pvateplaamerica.com.