Harvey Tool

Harvey Tool
Name	Harvey Tool
Industry	Cutting tools
Founded	1972
Headquarters	Latrobe, Pennsylvania
Products	End mills, micro end mills, form tools, chamfer cutters
Parent	OSG Corporation (acquired 2015)

Harvey Tool is a manufacturer and supplier specializing in micro end mills, form cutters, and specialty cutting tools for the high-precision machining sector. The company, founded in the early 1970s in Pennsylvania, grew into a recognized brand among aerospace, medical, mold and die, and electronics manufacturers for its catalog of small-diameter and specialty geometry tools. Over decades Harvey Tool expanded its product range, distribution network, and technical support, culminating in acquisition by a major Japanese tooling conglomerate and integration into a global tooling portfolio.

History

Harvey Tool was established in 1972 in Latrobe, Pennsylvania by entrepreneurs with backgrounds in industrial cutting and machine tools distribution. Throughout the 1970s and 1980s the company expanded its line of miniature and specialty tools to serve the growing needs of the aerospace industry, medical device manufacturers, and the emerging electronics sector. Strategic partnerships with regional distributors and attendance at trade events such as the International Manufacturing Technology Show helped the firm gain national visibility. In the 1990s and 2000s Harvey Tool leveraged advances in carbide substrate development and tool coating technologies pioneered by suppliers and research groups associated with Carbide Tooling and coating technology centers. In 2015 Harvey Tool was acquired by OSG Corporation, a Japan-based cutting tool multinational, which expanded its access to global manufacturing and R&D infrastructure. Post-acquisition, Harvey Tool benefited from integration with OSG’s product development teams and distribution channels in markets across North America, Europe, and Asia.

Products and Tooling

Harvey Tool’s product catalog emphasizes micro end mills, ball nose end mills, corner radius end mills, chamfer cutters, and specially profiled form tools used in precision machining. Their micro end mills, with diameters down to fractions of a millimeter, are designed for high-speed machining in materials such as titanium, stainless steel, aluminum alloys, and advanced composites. The company offers carbide and high-speed steel substrates with proprietary geometries for features like plunge cutting, high-helix flute designs, and variable flute spacing to reduce chatter in small-diameter operations. Specialized offerings include miniature thread mills, deburring cutters, and dovetail form cutters tailored for toolmaking customers and the mold and die industry. Harvey Tool also publishes application notes and cutting parameter guides to assist customers machining components for clients such as Boeing, GE Healthcare, and tier suppliers in the automotive industry.

Manufacturing and Technology

Manufacturing combines precision grinding, microgeometry control, and surface treatment processes performed in facilities aligned with international tooling standards. Tool blanks typically use tungsten carbide substrates produced in cooperation with carbide powder suppliers and sintering houses associated with the powder metallurgy sector. Precision profile grinding and end-face generation utilize CNC grinding centers common at major tooling OEMs. Coating processes—such as titanium nitride and aluminum titanium nitride—align with techniques developed within industrial coating consortia and are applied to enhance tool life when machining heat-resistant alloys and nickel-based superalloys used in aerospace and power generation components. Quality control incorporates optical inspection, scanning electron microscopy collaborations with university materials labs, and runout measurement protocols similar to those adopted by leading cutting tool manufacturers.

Applications and Industries

Harvey Tool products serve a range of high-precision sectors. In aerospace, micro end mills and form tools machine features in structural components and engine parts made from titanium and Inconel. In the medical device field, the firm’s miniature cutters are used to produce implants, orthopedic devices, and dental components from biocompatible materials. The mold and die industry relies on Harvey Tool form cutters for intricate cavity features, whereas the electronics and semiconductor equipment sectors use their micro tools for precision housings and connectors. Other applications include tooling for suppliers to the automotive industry producing transmission and fuel-system components, and bespoke roles in research laboratories at institutions such as Pennsylvania State University and technical institutes engaged in advanced manufacturing research.

Quality and Certifications

Quality assurance follows internationally recognized frameworks to meet customer and industry expectations. Facilities and processes conform to standards commonly adopted by cutting tool manufacturers, with accredited inspection practices and traceability protocols aligning with quality systems used by prime contractors in aerospace and medical device supply chains. The company’s quality documentation, calibration routines, and material certifications enable suppliers and OEMs to satisfy procurement requirements from corporations such as Lockheed Martin, Medtronic, and major automotive OEMs. Continuous improvement activities reference statistical process control methods and supplier quality engineering approaches prevalent among global manufacturing leaders.

Business and Corporate Structure

Prior to acquisition, Harvey Tool operated as a privately held specialty tooling company with a North American distribution network and direct sales teams servicing key accounts. Following the 2015 acquisition by OSG Corporation, Harvey Tool became part of a broader corporate family that includes regional subsidiaries and centralized R&D and procurement functions. This integration provided access to OSG’s international logistics, manufacturing partnerships in Japan and China, and unified product marketing channels serving distributors, e-commerce platforms, and direct OEM relationships. The corporate structure supports collaborative product development with industry partners, participation in trade associations, and alignment with global aftermarket service and technical support networks.

Category:Cutting tools Category:Manufacturing companies of the United States