With our proposal for hypoid gears, we can adapt to the desired reduction ratio and gearbox size specified by the customer!
This is a hypoid gear used as a drive gear for a rotary table. As a hypoid indexing device with a high reduction ratio, the challenge was whether it could adapt to the desired reduction ratio and the size of the gearbox. By using bevel design software, we repeatedly conducted specification design and strength calculations, successfully achieving the desired reduction ratio and strength within a satisfactory size. We were able to fit it more compactly than initially planned, and it achieved higher speeds more efficiently than a worm gear type. There were also benefits such as increased durability compared to worm gears and reduced maintenance.
Inquire About This Product
basic information
Industry Industrial Machinery Industry Details Shaping Device Size φ200~φ400 Application Shaping Application Details Shaping Device Gear Classification Hypoid Gear Tooth Profile Epicycloid Material SCM Module 1.5～4 Processing Carburizing and Quenching
Price range
Delivery Time
Applications/Examples of results
Industrial machinery Cutting device
catalog（2）
Download All Catalogs
Company information
Since our founding, we have continued to develop technology with a forward-looking perspective for half a century. Our gear products at OGIC are fully customized gears processed 100% based on user designs. We accommodate not only full processing but also single processes such as gear cutting and gear grinding. Leveraging the processing technology and know-how accumulated over many years, we have solved issues related to gears and components for our customers, primarily in the machine tool, industrial machinery, and aerospace industries. Moving forward, we will strive to become an indispensable company for our customers by utilizing the strengths and overall capabilities of both parties. With a focus on the "spirit of manufacturing," we will realize proposals that meet our customers' needs, actively challenge new technologies, and strive to be recognized for special processing and ultra-high precision processing as "MADE IN OGIC."