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(41 product groups)
These Variable Hexagon Clamps are made for firmly holding and gripping workpieces with limited vertical space. It delivers a strong and dependable grip while being low-profile, making it suitable for applications with limited space.
The clamping surface's hexagonal design provides several gripping areas, ensuring a firm grasp on the workpiece. It can also help to reduce the expense of clamping on fixtures.
Installed using an Allen key and available with smooth or ribbed faces. An eccentric screw (provided) is used to operate the device. Its small size makes it ideal for electronics assembly, machining centres, and medical equipment.
These Versagrip Grippers and Clamps have a reinforced grip with puncturing teeth designed to bite into the workpiece, limiting lateral and horizontal movement. They can grasp even flame cut and negative draft parts.
These grippers and clamps provide a secure and adjustable grasp on irregularly shaped items, circular tubes, or flat surfaces. The clamping force may be adjusted to meet the application's individual needs, guaranteeing excellent stability and properly spreading the force, minimising the possibility of slippage or movement during operation.
They are simple to install in the application and are commonly used in plumbing, electrical work, machining, and automotive.
These Vice Jaw Set for TalonGrip Clamps are a simple bolt-on system that allows you to execute aggressive machining operations while clamping on as little as 1.5mm. It will improve the functioning of conventional vises. It is meant to fit onto the jaws of a vise, giving a customised gripping surface for certain purposes.
Ideal for tiny lot quantities, challenging applications, or proto-type work where creating a fixture would be costly. It is utilised in heavy-duty applications such as metalworking, composites, and precise workholding and comes with a jaw stop.
These Spherical Seat Washers have a surface that is slightly convex or concave. Used with nuts or bolts to compensate for misalignment between mating surfaces, maintaining a secure connection and preventing harm to the fasteners or components they secure.
It spreads the load and ensures uniform pressure distribution between the fastener and the surface. As they respond to surface imperfections, they prevent stress concentrations, lowering the likelihood of damage or failure and ensuring overall assembly stability and dependability.
These washers' improved load-bearing capability suits them for applications involving heavy loads or dynamic stresses, offering greater strength and longevity to the assembly. As a result, they are often used in machinery, structural assemblies, and automotive applications.
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.
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 cam locking retractable 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 has a one-touch cam lever that fully retracts the clamping shank when the workpiece is released, allowing the clamp to be engaged or disengaged safely. To do this while the lever is off, turn it to the on position. When you hear a click, it will be fully clamped. To release, turn the handle back to the off position.
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.
Quick Tightening Knurled Knobs features a knurled surface that allows for a better grip and easier turning. It can be quickly tightened or loosened using only your fingers without requiring additional tools by only a slight clamping force. This can save time and effort in situations where changes are required regularly.
The knob is inserted obliquely on the threaded stud and then placed in the axial position to fit onto the stud threads. At this point, it can be locked with a small rotation.
These are widely utilised in a variety of industrial applications, including in automotive, aerospace, and medical equipment.
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.
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.
Sliding Clamps are used to quickly place, lock, release, and adjust sliding bars in applications. It is made up of two interlocking parts that give a firm hold on the equipment while also allowing for simple adjustment and alignment. A bolt or a latch mechanism can be used to open and shut the sliding clamps.
Sliding Clamps for slotted holes when used with a scale plate, the reading line on the sliding clamp enables quick, easy and accurate alignment. It is fixedly placed in an assembly for further stability. They are only suitable for straight linear movement of a sliding bar (not supplied) and cannot withstand any other applied stresses.
These are widely used in a wide range of industrial applications, including automotive, construction, and medical devices. They are resistant to temperatures of up to 90C .
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