A Family-Owned Grinding Shop Built on Quality and Accountability
Our variety of precision grinding services are designed to support the diverse needs of manufacturers across the US. Whether you require internal, external, form, or visual grinding, we pride ourselves on reliable results that maintain tight tolerances and consistent quality.At Jaquith, our capabilities extend far beyond basic surface grinding. With nearly 50 years of experience serving industry partners throughout the Northeast, we are equipped to handle a variety of specialized grinding applications, including OD grinding, ID grinding, form grinding, and visual grinding.
Internal Diameter (ID) Grinding
Our team ensures accuracy and seamless surfaces to achieve optimal fit, function, and performance. We know how vital internal surfaces are to part quality, which is why we approach every ID grinding job with exacting standards.
Outside Diameter (OD) Grinding
Unlike ID grinding, OD grinding focuses on the external surfaces of cylindrical parts, such as shafts and rods. Our OD grinding ensure accurate control of outside diameters, enhancing surface quality and dimensional consistency. Our team makes sure all components meet specifications and perform flawlessly in their designated role.
Form Grinding
Complex shapes and contours can be a challenge, but not when you have Jaquith on your side. Our form grinding services offers versatility for pieces that would otherwise be difficult to achieve through traditional machining methods. From grooves to intricate geometries, we ensure precision shaping that meet exacting design requirements.
Why Choose Jaquith For These Grinding Services?
Combining technical expertise with a commitment to quality, our team understands the unique demands of grinding services and works closely with our clients to deliver superior results every time. So whether your project demands internal, external, or form grinding, we exceed your expectations with consistent outcomes and a team that’s accessible, engaged, and easy to work with.