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Straight Bevel Gears

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| 2025-02-24

See the Big Picture for Small Gears

New Phoenix^® 100C Bevel Gear Cutting Machine for dry and wet cutting of straight and spiral bevel gears up to 100 mm (3.94”) OD combines maximum productivity and quality with ease of operation and minimum floorspace – with or without integrated automation. Complemented by the intuitive GEMS^® HMI, precision workholding, and different cutter systems, it lets you focus on the big picture.

VIDEO | 2024-05-21

Hera 90 Specification

The Helios Hera 90 CNC gear hobbing machine combines advanced technology, precision components, and economic pricing to enable profitable production of high-quality spur gears, helical gears, straight bevel gears, and other hobbed profiles.

TECHNICAL ARTICLES | 2020-06-01

Converting Revacycle to Coniflex

Mathematically precise tooth surface definition and contact analysis help to develop state-of-the-art straight bevel gears for many industrial applications. The new Coniflex-Plus manufacturing process utilizes high-speed dry cutting with production times per slot which are about twice compared to the fast Revacycle process.

GEAR TALK WITH CHUCK | 2018-03-13

Bevel Buzzwords

Does technical lingo confuse you? If so, welcome to the bevel gear sector and its special kind of hell. The same “system” that benefited from stand...

FEATURE ARTICLES | 2012-03-01

The Plastic Gear Pay-Off

Eliminating noise, weight and wear proves valuable in 2012.

TECHNICAL ARTICLES | 2010-09-01

Straight Bevel Gears

Tribology Aspects in Angular Transmission Systems, Part 2

TECHNICAL ARTICLES | 2010-03-01

The Road Leads Straight to Hypoflex

A new method for cutting straight bevel gears.

INDUSTRY NEWS | 2001-01-01

The Basics of Spiral Bevel Gears

This article also appears as Chapter 1 in the Gleason Corporation publication "Advanced Bevel Gear Technology." Gearing Principles in Cylindrical and Straight Bevel Gears The purpose of gears is to transmit motion and torque from one shaft to another. That transmission normally has to occur with a constant ratio, the lowest possible disturbances and the highest possible efficiency. Tooth profile, length and shape are derived from those requirements.