Mountain Biking
Show MenuHide Menu

Gear Cutting

Gear cutting is any machining process for creating a gear. The most common gear-cutting processes include hobby, broaching, milling and grinding. These cutting operations may occur either after or instead of performing processes such as forging, extruding, investment casting or sand casting.

Gear Cutting

There are various types of gear cutting including:

Spurs

Bevel

Helical

Moulded

Racks

Worm and worm wheels

Internal gears

The process of broaching:

For larger gears, a vertical broach is used. It consists of a vertical rail that carrier s single tooth cutter formed to create the tooth shape. Some machines will cut to a depth on the Y axis and index the rotary table automatically.

The process of hobbing:

Hobbing is a method which a hob is used to cut teeth into a blank gear. The cutter and blank gear are rotated at the same time to allocate the profile of the hob onto the gear blank. The hob must make one revolution to create every tooth of the gear. This process of gear cutting is used very often for all sizes of production runs, but works best for medium to high.

The process of milling and grinding:

A spur may be cut or ground on a milling machine utilising a gear cutter and any indexing head or rotary table. The number of the gear cutter is determined by the tooth count of the gear to be cut. To machine a helical gear on a manual machine, a true indexing fixture must be used. Indexing fixtures can disengage the drive worm and be attached via an external gear train to the machine table’s handle.

After the gear cutting has taken place and it is finished by shaving, burnishing, grinding, honing or lapping.

Drive-in Pallet Racking

If storage capacity is the main priority within your warehouse, then drive-in pallet racking is an ideal solution as it provides an excellent method of condensing storage into smaller spaces. Drive-in pallet racking is a storage system that allows you to make the most out of your space both vertically and horizontally. Drive-in racking allows forklifts to enter the storage lanes to deposit and extract pallets. Therefore operating aisles are eliminated in this type of systems which saves a great amount of available space.

Drive-In Pallet Racking

The advantages of drive-in pallet racking

There are many advantages which drive-in pallet racking provide. These include:

  • Maximising effective control of overall facility and storage space
  • It eliminates unneeded operating aisles
  • It allows you to store as many product types as you need due to there being loads of lanes
  • High density storages – maximising the cubic space available
  • Ideal for cold and chill storage applications

Drive-in pallet racking works on a first pallet in, last pallet out system. This is ideal for storing seasonal products, where large quantities of limited stock items are held. For environments where loads are delivered and dispatched in bulk batches, this is not an issue. In fact, for non-date sensitive items, it’s ideal, offering huge increases in overall warehouse storage capacity.

Maintenance of pallet racking safety

Drive-in rack systems generally require little maintenance however, it is highly recommended to perform regular safety checks to ensure that no damage has been made to the storage system which could compromise structural integrity or operator safety.