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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.
These Pins are used in conjunction with one-touch fasteners and ball clamping. They are used to provide efficient, reliable and secure fastening.
Ideal solution for applications requiring rapid and recurring changeover of tooling or setups. Use in applications as diverse as bottling processes, machine covers, changing of cogs and drive belts. It ensures full surface contact and achieves maximum pin strength with the one-touch fastener ball clamping.
These are widely used in a wide range of industrial applications, including automotive, electronic systems, machinery and construction.These Pins are used in conjunction with one-touch fasteners and ball clamping. They are used to provide efficient, reliable and secure fastening.
These Pitbull Clamps are used to hold workpieces securely in place. It uses a clamping technology that blends the clamp's gripping force with the adaptability and flexibility of a vice.
It has a low grip height and positive downforce. The blunt tool steel edge is less likely to leave marks on workpieces, whilst the knife-edge version cuts into the material for more aggressive machining.
It enables quick and simple clamping without extra tools or excessive force. It can withstand temperatures ranging from -30 C to +80C. Suitable for metalworking, woodworking, or fabrication applications.
These Pitbull Wear Plates are compact, sturdy metal plates that fit between the Pitbull Clamp and its holding fixture. They serve as a protective barrier, preventing the clamp from directly contacting and harming the part.
It also protects the pieces from deformation. It is suited for lightweight or soft metal fixtures that require complete clamp motion and holding forces at maximum pressure. It extends the service life of clamps, significantly decreasing wear and tear on critical equipment and lowering maintenance requirements.
It can tolerate temperatures between -30 C and +80C. Widely utilised in metalworking, industrial machinery, and manufacturing.
Base Type Manual Push-Pull Clamps hold materials in place using a plunger mechanism to produce positive straight-line action. The low profile uses side or end clamping for use in applications with a height restriction.
Series Code :SR5448
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.
These Rail Clamps are used in combination with rail carriages. Made to endure demanding conditions such as heavy loads or vibrations, it offers a secure and strong grip on the rails and maintains remarkable strength and longevity.
By adjusting the clamping lever, the contact sections are pressed into contact with the rail, thereby fastening the carriage in place. It has a circular motion instead of a friction coefficient, reduced driving resistance, and lower energy consumption.
Designed with specialized mechanisms, it allows for easy installation and adjustment, guaranteeing a tight and sturdy connection. Used in heavy-duty applications such as machinery, railway systems, and manufacturing 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.
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.
Sliding Clamps for solid round bars are used to quickly place, lock, release, and adjust solid round bars in applications. It is mounted for a better stability, in a fixed position in the assembly.
Sliding Clamps can be for slotted holes for a solid sliding or for solid round bar. It pulls the spindle by the inner spring with 70N force to prevent chattering of the spindle. They are only suitable for straight linear movement of a solid round bar (not supplied) and cannot withstand any other applied stresses.
These are widely used in a wide range of industrial applications, including automotive, aerospace, and medical devices. It has teeth inside and it engages at every 7.2 (=360/ 50).Sliding Clamps for solid round bars are used to quickly place, lock, release, and adjust solid round bars in applications.
Sliding Clamps for solid sliding bars are used to quickly place, lock, release, and adjust sliding bars in applications. It is mounted for a better stability, in a fixed position in the assembly.Sliding Clamps can be for slotted holes for a solid sliding or for solid round bar. With the clamp at its off position the sliding bar can be moved left or right, with two spring loaded ball plungers provide for free movement of bar. It can be looked in place, through a 90 degree turn of the sliding clamp's handle. They are only suitable for straight linear movement of a solid 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 . Sliding Clamps for solid sliding bars are used to quickly place, lock, release, and adjust sliding bars in applications.
Flat Tip Bonded Neoprene Spindle Assemblies provide an alternative to the spindle provided with the toggle clamp. The steel spindle is durable while the flat neoprene tip minimizes marking on fragile or polished surfaces.
These Spacers are designed to be used with one-touch fasteners. It adapts the thread length of the one-touch fastener to different thread lengths on mounting panels of varying thicknesses.
It allows components to move and reduces the force required to engage the fastener. It can also offer protection or insulation between pieces that may come into touch during operation, preventing damage, abrasion, or electrical conductivity.
It is easy to install and remove due to its cylindrical shape and serves as vibration dampening. These are widely used in a wide range of industrial applications, including automotive, electronic systems, machinery and construction.
These Spacers are designed to be used with one-touch fasteners. It adapts the thread length of the one-touch fastener to different thread lengths on mounting panels of varying thicknesses.
Spiral Cam Clamps are used when something has to be clamped or fastened using a self-locking clamp. It has a spiral cam mechanism for quick tightening and relaxing of the grip. Users may modify the clamping force by simply turning the cam to meet the applications individual needs.
A shaft through the middle is used to operate it mechanically, pneumatically, or hydraulically. It is extremely compact and low-profile, making it excellent for multi-component fastening.
The self-locking effect remains active during pressure failure, resulting in substantially improved operational safety via pneumatic and hydraulic clamping. Used in automotive, construction, manufacturing, and general engineering applications.
Spiral Cam Clamps with actuating handle are used when something has to be clamped or fastened using a self-locking clamp. It has a spiral cam mechanism for quick tightening and relaxing of the grip. Users may modify the clamping force by simply turning the cam to meet the applications individual needs.
The actuating handle is easy to grab and enables smooth, effortless action. Simply spinning the handle adjusts the clamping force to meet the precise needs of the application. It is extremely compact and low-profile, making it excellent for multi-component fastening.
The self-locking effect remains active during pressure failure, resulting in substantially improved operational safety via pneumatic and hydraulic clamping. Used in automotive, construction, manufacturing, and general engineering applications.
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.
Swivel Foot Spindle Assemblies are ideal for use where a large area needs clamped. Use this alternative spindle assembly when the clamping force needs to be spread over a larger area and surface area than covered by the spindle provided with the toggle clamp.
Series Code :SR5457
Forged one-piece alloy steel rings with minimum tensile strength of 180,000 psi. Black oxide finish aids corrosion resistance. They retain the same rated load from 0 to 90 from the bolt axis. 360 swivel and 180 pivot under load. These Heavy Duty Hoist Rings meet Military specification no. MIL-STD 209 and meets ANSI/ASME B30.26. Minimum design factor: 5:1. They have been magnetic particle inspected per ASTM 1444. To meet maximum load capacities, high strength screws must be used. Never exceed maximum load rating.
Safety Engineered Hoist Rings retain the same rated load from 0 to 90 from the bolt axis. 360 swivel and 180 pivot under load. Design Factor: 5:1. The Alloy steel version have a minimum tensile strength of 180,000 psi, are magnetic particle inspected per ASTM 1444 & have a black oxide finish which aids corrosion resistance. The Stainless Steel 300 versions are NDT: 100% liquid penetrant tested per MIL-STD-50032, ASTME 1417, purification process: clean and passivate per ASTM A 967, QQ-P-35 Type II. To meet maximum load capacities, high strength screws must be used. Never exceed maximum load rating.
These Talongrip Clamps are designed to be used in conjunction with Pitbull or Dynaforce clamps. It is a simple bolt-on device that lets you execute aggressive machining while clamping on as little as 1.5mm.
It has a positive clamping force for fast cutting rates. The talons' shape creates a modest pull-down action, holding components in place.
It is ideal for small lot quantities, complex applications, or prototyping where creating a fixture would be inconvenient, such as in construction, manufacturing, maintenance, and repair.
Talongrip Serrated Grips are made to give superior grip and stability. These clamps have a distinctive serrated design that increases gripping force while reducing slippage.
The increased gripping makes them suitable for prolonged usage. For applications in which a precise grasp point is not required or where full-length penetration is needed. Used in machinery, metalworking, and manufacturing.
Thrust Pads screw onto plunger tips for use in straight-line action clamps. The plunger pushes forward until the thrust pad is securely holding the work piece. These components are designed for quick action clamping with size variations and long opening and closing motions.
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.
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