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(16 Types de produit)
These Ball Shim Levellers have a maximum tilt angle of 4 and are intended to compensate for uneven surfaces. They are adjustable and re-adjustable for optimal precision and vertical alignment of your applications.
It has three features: a fine-threaded mounting bolt, a threaded base nut, and an end-stop. The mounting bolt and base's fine thread allow for precision adjustment and simple re-adjustment using a hook spanner.
It is simple and quick to install, and it is suited for usage with heavy loads, both static and dynamic. Commonly used in engines, machinery, laboratory equipment and defence manufacturing.
These Replacement Screws are used to substitute Eccentric Fixture Clamps. Their design allows them to transmit clamping force evenly while maintaining alignment, ensuring a seamless adjustment.
Their compatibility means they provide a smooth transition when replacing old or broken clamps, reducing downtime and assuring continuous productivity. It clamps quickly and forcefully and is designed for long-term use. Used in machining, welding, and assembling operations.
These Clamping Plates for spiral cam clamps are designed with precision-machined surfaces and a durable structure to provide a tight grasp on the workpiece when clamping, avoiding workpiece deformation.
It has a flat, hard surface with a bent side and a perfectly drilled mounting hole in the middle that aligns with the mounting point of the clamp. The Clamping Plate and spiral cam clamps work together to give a dependable and repeatable clamping solution, delivering consistent and precise results in various applications.
Its design makes installation quick and straightforward and is utilised in machining, woodworking, and assembly processes.
These Dyna-Force Clamps are designed to secure, clamp, and hold objects in place. It gives a strong and dependable grip while still being simple to use and precise. The high clamping force enhances productivity and precision in industrial processes.
They have a low profile, compact shape, and smooth or serrated faces. The clamp moves at an angle to provide a positive downward clamping force - roughly 25% of the clamping force. To achieve exact alignment, the clamp-bearing surface is wire cut.
The clamp-bearing surface can be level with the clamping plate or elevated to allow for thorough drilling. It can be used in various industries, including manufacturing, metalworking, and automotive assembly.
These Expanding loc-down bolts, also called expansion bolts, are designed to offer fast and secure component clamping. It has an expanding mechanism that allows it to be readily inserted into pre-drilled holes for quick and straightforward clamping, minimising setup time and enhancing productivity.
Once installed, the bolts may be extended, putting pressure on the surrounding components and securely fastening them in place. Used with location pins and drill bushes in plates for quick and precise placement.
It eliminates the requirement for standard bolts while eliminating tooling interference from traditional clamping techniques. It is suited for high-speed machining of components and is utilised in manufacturing, construction, woodworking, and metalworking sectors.
These Swing Bolts, feature a threaded rod with an eye (ream) at the head, producing a smooth bearing for the yoke. This enables exact adjustment and flexibility. This eye provides easy bolt manoeuvrability, making it simple to tighten or loosen the fastening.
The swing motion of the arm not only secures components swiftly and conveniently but also saves significant time and effort. Ideal for applications that require frequent disassembly and reassembly, the threaded bolt ensures a robust connection between components, minimizing the risk of loosening or failure during operation.
It is simple to install and dismantle by hand initially, then with tools; once the hinged section is in place, it may be swung into a locked position with the threaded end secured. They are often utilised in heavy-duty industries such as machine guarding, automotive, construction, and manufacturing.
These brass pad thrust screws are designed to provide a controlled bearing surface for components that must be precisely positioned and attached while minimising axial movement or damage to the mating surface. It guarantees smooth, controlled action while reducing friction and wear.
As the screw turns, the brass pad applies pressure on the surface it touches, allowing for controlled movement or adjustment. It provides a secure and stable point of contact and is extremely wear-resistant.
It is simple to install under pressure, softly clamp or push threaded spindles, shafts, or surface-treated parts, and place more delicate parts. It is frequently utilised in mechanical assembly, precise instrumentation, calibration, and alignment.
These XYZ Xpansion Pins, feature a unique design that allows for exact positioning and repeatability while providing strong holding pressures to fasten pieces on an interior diameter.
The pins top has been slightly tapered to optimise line contact in the mounting bore while providing appropriate clearance during workpiece loading and unloading. Furthermore, the press-fit feature keeps the pins in place even when subjected to vibration or dynamic stresses.
It is easy to install by pressing them into a precisely drilled hole with a threaded hole in the middle to take a tapered screw; once in place, it expands to form a tight and secure fit. It offers a low-cost solution for tombstones, water jetting operations, grid and fixture plates, and other applications in electronic manufacturing, industrial machinery, and medical devices.
These XYZ Xpansion Pins, have a unique design that enables precise placement and repeatability while delivering high holding pressures to secure items with an inner diameter.
The pins top has been slightly tapered to improve line contact in the mounting bore while giving adequate space during workpiece loading and unloading. Furthermore, the threaded design allows them readily inserted into pre-drilled holes. It enables one to manage the extension of the pins, resulting in a secure solution.
It is placed through a drilled and reamed hole for precision positioning or set in a reinforced drill bush for further fixture strength and wear resistance; once installed, it expands to create a tight and secure fit. It provides a low-cost solution for tombstones, water jetting operations, grid and fixture plates, and other electronic manufacturing, industrial machinery, and medical device applications.
Rise plates are mechanical components that are used in conjunction with sliding locks to elevate and support other components or objects. There are two varieties in this range: one that is rectangular and one that is square.
It is used to increase the locking surface's height, making it more accessible and simpler to use. They are corrosion resistant, guaranteeing long-lasting performance even in harsh settings, and they keep their place and do not move or shift during usage.
These are widely employed in a variety of industrial applications such as automotive, aerospace, and medical equipment.
Locating bushings work in line with one-touch fasteners to precisely position and align components. They offer a secure and precise means of finding and retaining items in place.
It is meant to offer accurate and exact finding and holding of items in place, as well as secure panel and cover fastening. The clamping bushes, on the other hand, can serve as receivers for one-touch fasteners. One-touch fasteners may be installed without the need of bushings.
These are widely used in a wide range of industrial applications, including automotive, aerospace, and medical devices. They are resistant to temperatures of up to 180C and can be utilised for applications such as drive belts or machine coverings.
One-touch fasteners with ball clamping are ideal for applications requiring quick and recurring changes over tooling or setups using a single touch. It is durable and provides a secure and robust fastening solution.
It is made up of a body, a spring, and a ball bearing. The spring holds the ball bearing in position, and when pressed, it contacts the object to be clamped, firmly locking it in place. When the fastener is pulled again, the ball bearing releases the item, allowing it to be readily removed.
These are widely used in a wide range of industrial applications, including automotive, aerospace, and medical devices. They can be utilised for applications such as drive belts or machine coverings.
One-touch fasteners with ball locking are ideal for applications requiring quick and recurring changes over tooling or setups using a single touch. It is durable and provides a secure and robust fastening solution.
It is made up of three parts: a body, a spring, and a ball bearing. The spring holds the ball bearing in place, and when pressed, it disengages from the body, releasing the fastener. The ball bearing secures the fastener when it is pushed back into the body.
These are widely used in a wide range of industrial applications, including automotive, aerospace, and medical devices. They are resistant to temperatures of up to 180C and can be utilised for applications such as drive belts or machine coverings.
One-touch fasteners with cam locking are ideal for applications requiring quick and recurring changes over tooling or setups using a single touch. It is durable and provides a secure and robust fastening solution.
It consists of a body, a spring, and a cam. The spring holds the cam in place, and when the lever is pulled 45º off position, it pivots around a swivel point to securely engage or disengage the lock. The cam disengages when the fastener is pulled again, allowing the object to be easily removed.
These are widely used in a wide range of industrial applications, including automotive, aerospace, and medical devices. They are resistant to temperatures of up to 130C and can be utilised for applications such as drive belts or machine coverings.
One-touch fasteners with pull clamping are ideal for applications requiring quick and recurring changes over tooling or setups using a single touch. It is durable and provides a secure and robust fastening solution. It is easily removable and repositionable while keeping the connection in place.
It comprises two components: a pull clamp and a metal base. The metal base is on one side of the fastener, while the pull clamp resides on the other. When the two components are joined, the pull clamp mechanism connects with the item, securely keeping it in place. Pull the two halves apart to release the object using the pull clamp mechanism, which is easily accomplished with a single touch.
These are widely used in a wide range of industrial applications, including automotive, aerospace, and medical devices. They can be utilised for applications such as drive belts or machine coverings.
Scale Plates are used to precisely and repeatedly place sliding clamps along linear guides or shafts. There are two variants available, each with a distinct mounting style.
On the one hand, single scale plates and, on the other hand, double scale plates. Within each of them, there is a type of mounting type. Screw mounting type with drilled holes or adhesive mounting features an outline of the screw hole location, not drilled.
They feature a marked scale or grid pattern that runs along one or both edges, giving users an indication. It is durable and wear resistant.
These are widely employed in a variety of industrial applications such as automotive, aerospace, and medical equipment.
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