Fixture clamps, cam clamps
Fixture clamps and cam clamps by KIPP
Fixture clamps and cam clamps are among the two most common types of clamping fixture. These operating parts are used to hold workpieces securely in place while they are being machined or assembled. The clamps offer a quick and effective way of holding workpieces and allow easy adjustment and fastening. They are used in a wide range of applications, including machine construction, woodworking, metalworking and the automotive industry.
The clamping fixtures are characterised by easy handling, high clamping force and versatility. They offer a reliable solution for securing workpieces of different shapes and sizes during the machining process.
We will take a closer look at functions, advantages and applications of fixture clamps and cam clamps below.
What are fixture clamps?
What are cam clamps?
Clamping fixtures by KIPP
Advantages of fixture clamps and cam clamps
What are fixture clamps?
A fixture clamp is a specific type of clamping device used to fasten workpieces securely and quickly. The compact design of fixture clamps allows them to be used in confined spaces and on small workpieces. The mechanism of the fixture clamps also allows for workpieces to be clamped and unclamped quickly and easily, which increases efficiency in production and assembly.
Fixture clamps are frequently used in metalworking, machine construction and manufacturing technology. They are an efficient solution for fastening workpieces during machining or assembly and are very popular due to easy handling and sturdiness.
Due to their specific design, fixture clamps allow for precise and repeatable clamping, which is particularly advantageous in precision geared industries.
The KIPP range includes three different fixture clamps.
- Fixture clamps
- Fixture clamps made of steel
- Fixture clamps made of steel with tension lever
Fixture clamps are made of high-quality QT steel, which makes for its high strength and wear resistance. QT steel is primarily known for its long service life.
The surface of the fixture clamp is black oxidised, which provides a certain degree of corrosion protection and further increases service life.
To clearly illustrate structure and function of a clamping fixture clamp please see our technical drawing. The main components shown in the drawing:
1 - locking screw
2 - flanged bush
3 - fixture clamp
The locking screw secures fixture clamp and flanged bushing to the baseplate. To mount the fixture clamp, insert the locking screw into the flanged bushing and the fixture clamp.
The flanged bushing holds the fixture clamp and fixes its position on the baseplate.
The fixture clamp is the central operating part. By turning the fixture clamp with an wrench, it applies clamping force to the workpiece and clamps it firmly.
What are cam clamps?
A cam clamp is a mechanical device used to fasten workpieces securely and quickly. The mechanism is based on an eccentric (off-centre) movement that produces a strong clamping force.
The individual parts of a cam clamp are:
- The cam mechanism: Is the central component of the cam clamp. The mechanism consists of a cylindrical part whose axis of rotation does not correspond with the geometric axis. Clamping force is produced by turning the cam.
- Grip or lever: A lever is connected to the cam mechanism, making tightening and releasing of clamping force easy. The eccentric movement is activated by moving the lever.
- Baseplate or fastening element: Cam clamps are mounted on a fastening element that provides a stable base for the clamping device.
The function of a cam clamp is obvious. The clamp works through an eccentric rotary movement. When the lever is moved, the eccentric mechanism rotates and presses against the workpiece, creating a strong clamping force.
Double cam clamps or single cam clamps
There are two main types of clamping technology when using cam clamps - double clamping and end clamping.
The difference between these two techniques lies in how and where clamping force is applied to the workpiece.
With end clamping, the clamping force is applied at the end of the workpiece or at its edge. This means that the clamping device grips the ends of a workpiece to hold it in place. End clamping often offers a high degree of stability as it fastens the workpiece at two opposite points. End clamping is particularly suitable for long and large workpieces that are to be machined at their edges.
This type of clamping leaves the entire length of the workpiece free, which allows machining along the entire workpiece.
Unlike double clamping, the clamping force is applied in the centre of the workpiece or along a central axis. Here, the clamping device grips in the centre or in a central area of the workpiece. This method is particularly advantageous if the ends of the workpiece need to be machined or if an even clamping force is required along the entire workpiece. Double clamping provides a more even distribution of the clamping force, resulting in a more stable fixation and minimisation of risk of deformation, especially with longer workpieces.
The KIPP range includes two different cam clamps so that you are prepared for these clamping techniques.
- Double cam clamps
- Single cam clamps
In addition to one more cam clamp, namely the eccentric clamp module made of steel or POM, more parts relating to fixture clamps and cam clamps are available by KIPP.
Clamping fixtures by KIPP
The product category "fixture clamps, cam clamps" includes 21 additional products. Each of these can be used or combined with the two clamping elements.
Products such as Screws for cams and fixture clamps, as well as an cam lever or a clamping plate act as spare parts and can easily be replaced.
Besides accessories, we also offer other types of cams, such as draw-down clamps with cam, the cam clamps made of brass or machinable fixture clamps.
Advantages of fixture clamps and cam clamps
Fixture clamps and cam clamps are essential tools in the manufacturing and assembly industry. They offer numerous advantages that make them a firm favourite for fastening workpieces. Clamping devices are stand out due to their quick and easy handling, which significantly increases production efficiency. The user-friendly lever mechanism allows for workpieces to be clamped and released quickly, reducing machining times and increasing productivity.
Another major advantage is the powerful clamping force created by the eccentric mechanism. This ensures that workpieces can be fastened securely and reliably, which is particularly important for precision geared work. Cam clamps ensure precise and repeatable clamping, which is essential for consistent results in production.
Clamping devices also offer a high degree of versatility. They can be used in a wide range of applications and industries. This makes them a valuable investment for companies that operate in different areas and have to process different workpieces.
Why buy from KIPP? Our fixture clamps and cam clamps stand for highest quality and reliability. We provide sturdy and durable products that meet the requirements of your production processes.
With our fixture clamps and cam clamps, you are investing in clamping elements that will streamline your production processes and increase your productivity.