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These Ball and Socket Joints with sealing caps are used to connect two components in numerous ways. It has little friction and wear, assuring long-lasting performance for smooth operations.
They are made up of a ball that fits into a socket, allowing the two sections to move freely relative to each other. In most ball and socket joints, the ball is positioned on a spindle that spins within a housing. The housing is typically affixed to each of the two components being combined. A sealing cap is connected to the housing to prevent dust, debris, and other particles from entering the joint and causing damage.
It is supplied without a hexagon nut. Due to their ease of installation and secure connection, they are extensively used in automation systems, medical equipment, and construction equipment.
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.
Cam Clamps are simple and robust clamps that firmly hold and grasp workpieces. It has a cam mechanism that enables quick tightening or relaxing of the grip. Simply rotating the cam adjusts the clamping force to meet the applications needs.
It is versatile and adjustable, accommodating a wide range of sizes and shapes, and delivers a uniform and even distribution of clamping force to provide a secure grasp without hurting the application.
They are easy to install with a spanner. Insert the flanged collar and screw it into the cam body. Tighten the locking screw to secure the cam. Used in metallurgy, electronics, and construction.
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 Compact Wedge Clamps can withstand huge loads and strong pressure without affecting performance. Due to their compact size, these clamps are suitable for working in limited places or with smaller workpieces.
The wedge design provides a strong and dependable hold, ensuring your workpiece remains securely positioned while cutting, drilling, or assembling. It also results in forceful clamping and holding of two workpieces with equal clamping force.
It provides both downward and side gripping force. They are installed with a hex wrench. Used in various applications, including precision machining, electronics assembly, and medical manufacturing.
Eccentric fixture clamps use an eccentric shaft to enable fine torque control and changeable grip while maintaining exact alignment and placement. The eccentric design distributes clamping force evenly while preserving precise alignment.
It offers rapid and forceful clamping and is built for durability and longevity. Used in precision machining, assembly, and hold-down applications.
Eccentric Knife Edge Clamps offer a firm and accurate grip while requiring little surface contact. This clamp has knurls that enable the clamp to grab the workpiece with little touch, enabling accurate and secure clamping of workpieces with uneven surfaces.
It is especially useful for securely holding delicate or fragile materials without causing harm or distortion. The workpiece should be to the right of the clamp. Used in industries such as construction, assembly and welding applications.
Eccentric Pull-down Clamps with small, sturdy, and stable construction are perfect for supplying pull-down and side clamping forces in situations with limited space.
It combines a tapered cone with an offset eccentric thread to offer clamping above or below the component's surface. It is unaffected by swarf ingress and has a strong tensile and side thrust clamping force.
It features a low profile, a small footprint, and is simple to use. Ideal for clamping multi components in automotive, construction, and machining.
Dessa standardvagnar med fläns är ett sorts linjärt lager som används för tillämpningar som ska tåla mycket och där exakt linjär rörelse krävs. De ger precision, stabilitet och tillförlitlighet. Deras stålskenor är genomhärdade för ökad hållbarhet och slitagetålighet så länge de är i bruk.
Flänsen innebär en större yta på vilken den rörliga delen kan monteras, men kan också fästas mot den rörliga delen antingen uppifrån eller underifrån vagnen.
Vagnarna levereras separat från skenorna och monterade på atrappblock. För att placera vagnen på skenorna, rikta in atrappblocket mot skenans ände och för på den glidande. Används i många tillämpningar, exempelvis utrustningar, automation, materialhanteringssystem, medicintekniska produkter, etc.
These ID Xpansion Clamps are designed for holding parts on an inside diameter, for high density machining on vertical or horizontal mills. Diameter can range from 4,1mm to a maximum of 250mm.This product can also be used as an expanding mandrel on a lathe.
Its low profile suits it for secondary operations on lathe workpieces. It can accommodate more pieces per workpiece hub or fixture plate and is simple to manufacture to size on a lathe or milling machine.
A hex key or hydraulic pull cylinders are used to install and tighten it. It has a mild steel body and is used for machinability, medical devices, electronic manufacturing, and automotive applications.
Dessa kraftiga länkhuvuden, hane, med inbyggt sfäriskt glidlager används för att koppla samman två stavar, kablar eller andra komponenter. Består av en gängad tapp, hane, i ena änden och ett inbyggt sfäriskt glidlager i den andra. Det sfäriska glidlagret medger vinkelförskjutning och klarar radiella och axiella laster, perfekt där flexibilitet och lastförmåga krävs.
Kulan i länkhuvudets ände förflyttar sig på en plastisk lagerskål av glasfiberarmerad nylon/Teflon-komposit. Med denna utformning får man en underhållsfri länkände. Kraftiga länkhuvuden på glidlager innebär lägre initial rörelsefriktion och nästan ingen frihöjd. En annan fördel med det plastiska materialet är att det kan absorbera många främmande partiklar och förebygga skador.
Det är gängat mot den motsvarande komponenten. Klarar också temperaturer från -30 C till +60 C utan att förlora lastkapacitet. Högre temperaturer sänker lastkapaciteten. Används i styrsystem, upphängningssystem och kopplingar för fordonskonstruktion samt industriautomation.
These Slip-On Lock Nuts are designed for speedy assembly and tight fixing, preventing screws or bolts from spinning, sliding, or coming free. It eliminates the need for time-consuming winding and unwinding on lengthy threads and the risk of breaking the threads.
It is zinc plated for corrosion resistance and may be slipped over broken or bent studding up to a 20-degree angle. It is suitable for use outside and is both maintenance-free and reusable. It assembles and disassembles 50% faster, saving time and effort in usage.
Simple to install in confined locations and does not require a specialised spanner. Simply open the lock nut, position it as desired, and then tighten it with a spanner. In addition, it can withstand temperatures of up to +150C. Commonly used in construction, scaffolding, automotive, and mechanical applications.
These Machinable Fixture Clamps are used to process and hold workpieces that are flat, uneven, or round, in place during machining operations. This assures precision and reproducibility. It has a strong and consistent gripping ability.
It comes with cam bolts and a machining screw to keep the clamp in place while the clamp face is machined to fit the component shape. This guarantees precision as well as stability during machining processes.
Easy to incorporate into machining settings and attach quickly and securely. Used in precision machining, complex workpieces and one-off or low-volume production applications. Please never assume the clamp is tight; always verify the tightened clamp before machining.
Modular Pitbull Clamps have a low profile and a strong downward force. It is intended for use in fixtures or cubes.
The slotted version has a clamping step to lift the workpiece off the machine table through milling or drilling. While the small version is appropriate for clamping workpieces in sequence, the back surface of the clamp is used to find the next workpiece.
The clamps back is square to the bottom for proper part placement. It is strong and ready to use after being installed in the application. It is used in power transmission systems, machinery, construction and rigging.
Dessa parande delar för gaffelfästen ska användas tillsammans med gaffelfästet, och medger då jämn och kontrollerad rörelse. De är avsedda att passa in i våra gaffelhuvuden och åstadkomma en koppling där vinkelförskjutning behövs.
Den parande delens utmärkta passning gör att kopplingen med gaffelfästet blir tättslutande och solitt, vilket säkerställer stabilitet, tillförlitlighet och optimal lastöverföring. Den parande delens jämna yta minskar friktion och slitage mellan de parade delarna, och bidrar till att fästet totalt håller längre med upprätthållen effektivitet.
Det säkerställer att de förblir inriktade och anslutna under olika laster och förhållanden tack vare tillförlitlig och säker koppling. Gängstorleken är gjord för att matcha gaffelfästet, och montering och borttagning går lätt. Används i olika tillämpningar styrlänkar, upphängningssystem och kontrollmekanismer i fordonsbranschen, tillverkning och konstruktion.
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 Single Universal Joints are used when rotational mobility and flexibility between misaligned shafts are required. It transmits torque and rotation between two non-aligned shafts while accommodating angular misalignment.
They are meant to transmit torque and change length while allowing for slight angular misalignments between the input and output shafts. Furthermore, the drive speed of universal joints with journal bearings is available for 1000 rpm and 4000 rpm. Designed to endure large loads and provide consistent performance in harsh conditions.
Available with simple or needle roller bearings that are lubricated for life and require no maintenance. On request, keyed bores or square bores can be provided. It can bend up to 45 degrees per joint, and are precise, silent and smooth running. It may be installed and removed into the application using specific tools. Typical applications include industrial machinery, and conveyor systems.
These Spacers are used to bridge gaps in applications when the height adjustment is insufficient. They offer the appropriate clearance and alignment to components that may not be completely perpendicular or parallel.
It generates a gap or distance by improving the application's performance, dependability, and lifetime. It aids in the equal distribution of loads and pressures, lowering the possibility of stress concentrations or premature wear, and is essential in applications involving vibrations or movement.
They are easy to install and are frequently utilised in heavy-load applications such as automotive, industrial machinery, and electrical devices.
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.
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.
These Telescopic universal joints combine the functions of a universal joint and a telescopic shaft. These joints comprise two yokes joined by a telescopic shaft, which allows for angular misalignment and compensates for length changes. It allows the joint to expand and retract to accommodate variations in distance between the linked components.
They are designed to transfer torque and modify length while accommodating minor angular misalignments between the input and output shafts. Furthermore, the driving speed of universal joints should not exceed 1000 rpm. Made to withstand heavy loads and offer dependable performance in harsh environments.
It has a maximum bending angle of 45 per joint. It may be inserted and removed using specific tools. Typical applications include industrial machinery, and conveyor systems.
These plastic 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 plastic 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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