Staking is a process used to soften leather, making it more flexible and comfortable for use in products such as garments, gloves, and upholstery. This is achieved by passing the leather through specialized staking machines designed to break down its fibers and improve its texture.

There are three primary types of staking machines used in leather production: vibration, roller, and wheel staking. Each machine works differently to achieve the goal of softening leather, but all of them play an important role in improving the leather's workability. Vibration staking involves high-frequency vibrations that gently loosen the leather’s fibers, allowing them to become more pliable without causing damage to the material. Roller staking applies consistent pressure by passing leather through rotating rollers, which helps to break down stiffness and enhance flexibility. Wheel staking involves passing the leather through revolving wheels with fine points, which physically pierce and soften the leather while maintaining its structural integrity.

The specific type of staking machine used depends on the characteristics of the leather being processed. For thicker leather or those that need a firmer finish, roller staking may be the most appropriate method. For lighter leathers that require gentle softening, vibration staking is often the preferred choice. Wheel staking is ideal for enhancing the texture of leather, making it smoother and more uniform without compromising its durability. Each machine can be adjusted for different settings such as pressure, vibration frequency, and speed, ensuring that the leather receives the precise level of treatment needed for the desired outcome.

Staking is an essential step in preparing leather for further processing, as it increases the material's flexibility and softness without compromising its strength. The enhanced hand feel and texture achieved through staking make leather more suitable for a wide range of applications, improving both its aesthetic and functional qualities. By softening the leather, the staking process also makes it easier to cut, shape, and work with, improving the efficiency of subsequent stages in leather production.

Key highlights of the staking process include:

• Use of vibration, roller, or wheel staking machines for optimal softness
• Loosening of leather fibers to increase flexibility and pliability
• Customizable settings for pressure, frequency, and speed based on leather type
• Enhanced texture and hand feel for high-quality leather products
• Makes leather more suitable for garments, gloves, upholstery, and other soft goods