Comparison of Hydraulic and Mechanical Shapers

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Arrow  Metal Shaping Machines

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Arrow  Working Principle of Shaping Machine

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Arrow  Process Capabilities of Shaping Machines

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Arrow  Slotted Link Quick Return Shaper Drive Mechanism

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Turret,Capstan
&Automatic Lathes  Whitworth Quick Return Shaper Drive Mechanism

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Turret,Capstan
&Automatic Lathes  Hydraulic Shaper Drive Mechanism

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Turret,Capstan
&Automatic Lathes  Comparison of Whitworth and Slotted Link Drive Mechanism

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Arrow  Vertical Shaping - Facing Side of Job

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Arrow  Shaping of Grooves, Slots, Steps and Keyways

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Arrow  Angular Shaping - Dovetail Cutting

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Arrow  Cutting of Splines and Gear Teeth

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Arrow  Irregular Cutting

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Arrow  Shaper Cutting Tools

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Arrow  Shaper Cutting Speed, Feed and Depth of Cut

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Arrow  Machining Time for Shaper

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Comparison of Hydraulic and Mechanical Shapers

Comparison of Hydraulic and Mechanical Shapers - A hydraulic shaper has constant cutting speeds and fast returns, so that it can make more strokes per minute at the same surface speed. The feeds are controlled independently of the ram drive and are unlimited in number.

A hydraulic shaper, though more expensive than a mechanical shaper, is preferred for faster speed and fine, finish.A mechanical shaper costs less. The flywheel effect of the bull gear provides reserve power for heavy cuts.

 

 

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Arrow  Types of Shapers

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Arrow  Parts of Shaping Machines OR Shaper

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Arrow  Shaper Size and Specification

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Arrow  Comparison of Hydraulic and Mechanical Shapers

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Arrow  Shaper Feed Mechanism

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Arrow  Work Holding Devices for Shapers

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Arrow  Shaper Operations

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Arrow  Horizontal Shaping - Facing Top Job surface

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