Locking units Manufacturers online

Locking units (also known as clamping or holding units) are mechanical or pneumatic devices that are used to fix or brake moving components.

They prevent unwanted movements in linear or rotating systems.

Below you will find the types and typical operating mechanisms of clamping units, an overview of their areas of application and the selection criteria that need to be observed:

Types of Locking Units:

1. Mechanical locking units:
   This type uses spring force, screw clamping or wedge mechanisms for fixing.
   Example: Screw clamps for linear guides.
2. Pneumatic locking units:
   These clamping units work with compressed air to generate or release a clamping force.
   Example: Clamping cylinders in production systems.
3. Hydraulic locking units:
   This type uses hydraulic pressure for particularly high holding forces.
   Example: Holding systems for heavy loads in mechanical engineering applications.
4. Electromagnetic locking units:
   This type works with magnetic fields for fixing or releasing.
   Example: Magnetic brakes in servo drives.

Typical operating mechanisms of locking units:

1. Force-locking clamping based on friction (e.g. by spring preload or pneumatic pressure).
2. Positive locking by means of indexing plungers or toothing, ideal for high-precision positioning.
3. Hybrid solutions as a combination of different techniques for maximum holding force and flexibility.

Use of locking units:

Locking units are used in various areas to fix movements, secure precise positions or hold loads.

1. Mechanical engineering & automation:
Fixing linear axes and guide rails.
Holding workpiece carriers in production lines.
Positioning in CNC machines.

2. Robotics & handling technology:
Securing gripper arms or tools during standstill.
Emergency holding functions to prevent collisions.

3. Medical technology:
Fixation of surgical instruments or examination tables.
Stabilization of moving components in medical devices.

4. Transportation & conveyor technology:
Locking of lifting platforms or transport trolleys.
Fixing conveyor belts during maintenance work.

5. Automotive & aviation industry:
Securing adjustment mechanisms in aircraft seats or vehicle panels.
Locking of moving components for vibration damping.

6. Office & furniture technology:
Height adjustment of desks.
Fixing monitor holders or movable armrests.

Selection criteria for locking units:

Depending on the application, various factors must be taken into account:

• Holding force & load capacity: Depending on the weight force or dynamic load.
• Response time: Quick-release or delayed clamping depending on requirements.
• Actuating mechanism: Mechanical, pneumatic, hydraulic or electric.
• Material & environmental conditions: Temperature, humidity and corrosion resistance.
• Service life & maintenance: Prefer wear-free or low-maintenance systems.

Locking units are important components in industry and technology for fixing moving systems securely and precisely.

Below you will find an overview of the most important criteria that you should pay attention to when purchasing locking units:

Purchasing locking units requires a thorough analysis of various factors in order to make an optimal selection.

• Make sure that the unit can withstand the intended load. The specifications must be tailored to the application.
• The choice of material depends on the environment (e.g. corrosion protection for outdoor areas, food-safe materials in the food industry).
• The choice of suitable technology depends on the specific application, with factors such as holding force, actuation type and environmental conditions playing a decisive role.
• Decide on mechanical or pneumatic operation depending on the precision requirements and degree of automation.
• Consider the mounting types and the installation space.
• Observe standards & certifications such as DIN, ISO, CE or other industry-specific specifications.
• Durability & ease of maintenance have an influence on long-term costs and operational reliability.
• Safety & reliability is a decisive factor that should be taken into account. Protection against unintentional loosening or blocking is important.
• Technical support and the availability of spare parts are particularly important for safety-relevant components. Fast assistance in the event of a fault ensures operation.
• Compare the acquisition costs with the operating costs: high-quality units can pay for themselves in the long term.
• Product availability and delivery times are particularly important for critical applications with short maintenance cycles.
• Check whether the manufacturer offers maintenance packages or extended warranties.
• Favor environmentally friendly alternatives by paying attention to recyclability and environmentally friendly materials.

The purchase of locking units requires a comprehensive evaluation of technical, economic and quality factors. Careful supplier selection and consideration of life cycle costs can optimize both costs and operational efficiency.

Locking units can be purchased from various suppliers. Comprehensive information about manufacturers and suppliers of Locking units from all over the world can be found on Exportpages.