
How ISO 9001:2015 Certification Elevates Manufacturing Quality
In the world of manufacturing, quality is not just a target—it’s a
Missouri industries — from medical and aerospace to automotive and hydraulics — depend on TGP (Turned, Ground & Polished) bars for their straightness, durability, and exceptional finish. These bars are essential for applications where precision and reliability cannot be compromised.
TGP bars are manufactured through a process of turning, grinding, and polishing, which produces bar stock with tight dimensional accuracy, improved roundness, and smooth surface finishes. They are ready for direct use in high-performance machining applications.
Medical – orthopedic rods, surgical instruments, and precision implants.
Aerospace – actuator rods, landing gear shafts, and precision pins.
Automotive – drivetrain shafts, steering rods, and pins.
Hydraulics – piston rods and cylinder shafts.
Energy & Industrial – pump shafts, custom connectors, and heavy-duty equipment.
Missouri manufacturers prefer TGP bars because they offer:
Superior Straightness – critical for rotating and sliding parts.
Tight Tolerances – reducing the need for additional machining.
Smooth Surface Finishes – extending product life and lowering wear.
Reliability – consistent performance across production runs.
With Mozaic Precision Metals, Missouri industries gain access to ISO-certified TGP bar stock, certified alloys, and dependable delivery times. This ensures both precision and efficiency for manufacturers across multiple sectors.
TGP bars are a cornerstone of Missouri’s medical, aerospace, automotive, hydraulic, and industrial sectors, providing the finish, straightness, and precision needed for high-performance parts. Partnering with Mozaic Precision Metals ensures consistent quality and supply.
In the world of manufacturing, quality is not just a target—it’s a
In today’s competitive manufacturing environment, the demand for high-quality, accurately machined components
The aerospace industry demands unmatched precision and reliability in every component. In