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Os casquilhos de esferas lineares ajustáveis são utilizados em sistemas de movimento linear e concebidos para fornecer um movimento suave e preciso ao longo de um eixo linear. Compostos por um invólucro com uma fila de 4-6 circuitos esféricos redondos numa caixa. Contam com uma ranhura fina ao longo do comprimento do corpo que fecha o intervalo entre as corrediças interior e exterior entre as esferas e o eixo quando instalados com compartimento apertado para eliminar as folgas.
Quando instalados num eixo linear, os rolamentos de esferas circulam entre as corrediças interior e exterior, proporcionando um movimento suave e linear. Suportam temperaturas de -20 C a +80 C. Ideais para aplicações que exigem mudanças frequentes ou ajustes finos, tais como máquinas de impressão, equipamento de gravação e processos de fabrico.
Estas guias de calhas lineares com corrediça são alumínio uma forma de rolamento de movimento linear que permite o movimento linear preciso e exato. São normalmente compostas por uma calha de base, um bloco deslizante e peças rolantes. A calha da base é endurecida através da qual os componentes se deslocam e o bloco deslizante retém os elementos rolantes e é fixado à peça móvel.
Estas calhas são utilizadas em aplicações que exigem uma elevada precisão, reduzida fricção e movimentos suaves. Pode suportar cargas dinâmicas considerando o impacto, a vibração e a fadiga.
Regra geral, as estruturas serão entregues nas vias individualmente. Para colocar a estrutura nas vias, aproxime das calhas e deslize para as mesmas. Amplamente utilizadas em aplicações de elevada carga e precisão no setor industrial, incluindo dispositivos médicos, equipamentos de produção de semicondutores e equipamentos de automação industrial.
Estes eixos de alumínio são uma alternativa versátil, não magnética e leve para vários setores que exijam um componente robusto e durável. Dotados de um excelente rácio força/peso, resistência à corrosão e condutividade térmica. A resistência à corrosão oferece uma vida útil mais longa para os eixos e evita a necessidade de manutenção regular ou substituição.
Podem suportar enormes cargas e funcionar sem deformação ou falhas em circunstâncias difíceis. Não se destinam à utilização com rolamentos lineares de casquilhos de esferas, mas com casquilhos cerâmicos de lubrificação automática. Podem suportar temperaturas de -130 C a +200 C. Dadas estas características, são frequentemente utilizados em aplicações, tais como equipamentos de gás e petróleo, dispositivos médicos, construção e setor automóvel.
Pinos de união em aço inoxidável fabricados para fixadores de união.
These Ball and Socket Joints may be used to join two components in various ways. It is strong and long-lasting, guaranteeing dependable performance even under enormous loads. It allows for efficient and accurate movement, ensuring smooth operation and reducing friction.
It has a ball-shaped end and a socket-shaped housing, giving it a lot of mobility and flexibility. Its design allows rotation and angular motion, making it perfect for multidirectional applications.
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 and Socket Joints with flat housings are used to connect two items together. The joints' ball and socket system allows for smooth and flexible movement in numerous directions. The flat part of the housing aids installation by allowing a spanner to grip the part.
The ball and socket provide long-lasting performance and smooth operation by reducing friction and wear in connecting components by allowing flexibility where there are offsets.
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 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.
Os parafusos esféricos são componentes de precisão utilizados em sistemas de movimento linear para converter o movimento rotativo em movimento linear de uma forma eficiente e precisa. São compostos por um veio roscado (ou porca) e um conjunto de rolamentos esféricos de precisão. Os rolamentos esféricos rolam entre o veio e a porca, reduzindo a fricção e o desgaste comuns em sistemas de movimento deslizante.
São normalmente utilizadas em várias aplicações industriais, especialmente nos setores automóvel, aeroespacial e equipamentos médicos. Com base no diâmetro, é fornecida uma grande seleção de parafusos esféricos.
Nota: não retire a porca esférica da manga antes da montagem, uma vez que as esferas soltam-se, inutilizando a porca.
Bellows are used in applications that demand flexibility, sealing, and protection. They are used for joints and are available for double joints. Designed to expand and contract in response to movement and pressure changes.
It can account for thermal expansion, vibration, misalignment, and other variables that might cause stress or damage to the linked parts. They shield the application from dirt, dust, moisture, and other pollutants, assuring longevity. They can be filled with grease to provide friction bearings with long-term lubrication.
It should be tied at both ends with two cable ties (not included). They are commonly used in the automotive, HVAC, and manufacturing industries.
These Clevis Joints, also known as a fork end or yoke, are a kind of coupling in which the mating parts fit between the forks and are secured in position by clevis pins. They serve as a U-shaped connection between two rods or shafts to facilitate tractive or linear thrust movements.
It is designed to create a reliable and strong connection while also resisting wear and tear. It can handle high loads and stresses, making it appropriate for heavy-duty applications.
They are easy to install and adjust using standard thread. This selection of components includes both right and left hand standard thread. They are most typically employed as a coupling on the end of air cylinders or at each end of a turnbuckle or wire rope for tensioning. Still, they can also be found in various other sectors and applications such as automotive, construction, and manufacturing.
These Clevis Joints with Pin are a coupling in which the mating parts fit between the forks and are secured in position by clevis pins. They serve as a U-shaped connection between two rods or shafts to facilitate tractive or linear thrust movements.
The clevis pin is held with a cotter pin and a washer to prevent it from falling loose. This ensures the joint's stability and integrity, even under heavy loads and stresses. If necessary, the joint can be disassembled for maintenance by withdrawing the cotter pin. This enables component inspection, lubrication, or replacement, assuring the joint's continuous performance and durability.
They are easy to install and adjust using standard thread. They are most typically employed as a coupling on the end of air cylinders or at each end of a turnbuckle or wire rope for tensioning. Still, they can also be found in various other sectors and applications such as automotive, construction, and manufacturing.
These Steel Clevis Joints with Retention Clips are a type of coupling in which the matching parts fit between the forks and are held in place by retention clips. They form a U-shaped connection between two rods or shafts to allow for tractive or linear thrust movements.
The retention clip is a clip that locks in place around the base of the clevis preventing accidental disconnection, resulting in a clean, compact assembly. The steel substance ensures its longevity and ability to endure high forces, as well as resistance to wear and corrosion. If necessary, the joint can be dismantled for maintenance by removing the retention clip. This allows for component examination, lubrication, or replacement.
They are easy to install and adjust using standard thread. They are most typically employed as a coupling on the end of air cylinders or at each end of a turnbuckle or wire rope for tensioning, as well as in industries such as construction, automotive and manufacturing.
These Clevis Pins are cylindrical pins with a flat head on one end. It is intended to fit into the holes of a clevis joint, forming a pivotal connection that allows for angular movement and adjustment.
It has exceptional strength, durability, and corrosion resistance. Its cylindrical design enables simple insertion into the holes and rotation of the mating component. At the same time, the flat head provides a stop during installation.
Its design allows for quick and easy disassembly, modification, or replacement of the pin as needed. Used in the automobile industry, manufacturing, and construction for steering linkages, suspension systems, and control mechanisms.
These Clevis Pins with Hole are cylindrical pins with a drilled hole through the pin's body on one side and a flat head on the other. It is intended to fit through the holes of a clevis joint, after which a cotter pin, spring pin, or other locking mechanism is placed through the hole in the clevis pin to secure it in place and prevent it from turning or dislodging.
It has exceptional strength, durability, and corrosion resistance. Its cylindrical design enables simple insertion into the holes and rotation of the mating component. At the same time, the flat head provides a stop during installation.
It is simple to install and remove from the clevis joint. Used in various applications for steering linkages, suspension systems, and control mechanisms in the automotive industry, manufacturing, and construction.
These Clevis Retention Clips are used to hold a clevis pin in place, providing a reliable and convenient option for maintaining mechanical connections' integrity.
It has a loop-like or U-shaped design that fits around the base of a clevis joint, locking it in place and preventing unintentional disconnection, resulting in a neat, compact assembly. The steel material ensures longevity and the capacity to withstand large weights, as well as resistance to wear and corrosion.
It is simple to install and detach from the clevis joint. Used in various applications for steering linkages, suspension systems, and control mechanisms in the automotive industry, manufacturing, and construction.
Estes casquilhos de esferas lineares são utilizados em sistemas de movimento linear e foram concebidos para fornecer um movimento suave e preciso ao longo de um eixo linear, permitindo um controlo do posicionamento e do movimento preciso. Compostos por um invólucro com uma fila de 4-6 circuitos esféricos redondos numa caixa.
Existem três tipos disponíveis neste grupo de produtos: casquilhos de esferas lineares fechadas, casquilhos de esferas inoxidáveis e casquilhos de esferas lineares longas.
Estes casquilhos de esferas lineares foram concebidos para o movimento linear suave e preciso em aplicações com espaço limitado. Compostos por um invólucro com uma fila de 4-6 circuitos esféricos redondos numa caixa. O design compacto permite a utilização eficiente do espaço em aplicações com limitações de espaço. Também permitem maximizar o espaço disponível e conseguir um ótimo desempenho em ambientes compactos.
Fáceis de instalar através de pressão, baixa fricção para um desgaste reduzido e vida útil alargada, bem como uma elevada capacidade de carga. O vedante é resistente a óleos e o compartimento é resistente à corrosão. Dotados de capacidade para suportar temperaturas de -20 C a +80 C e são ideais para sistemas de automação, máquinas CNC e processos de fabrico.
Compression springs, also known as coil springs, are designed to store energy when compressed and then release it when expanded. Their key qualities are their spring rate, which quantifies the force necessary to compress the spring a certain distance, and their solid height, the lowest height to which the spring can be crushed.
Key Factors to consider when choosing a spring for an application include Spring Material and the Working Environment, Spring Dimensions in both compressed and non-compressed states, Max. Load and Deflection.
It is available in both Music Wire material, which is ideal for temperatures between -30 C and +120 C and for use in dry environments, and stainless Steel material, which is ideal for temperatures between -200 C and +250 C and for use in both dry and humid or wet environments. Widely used across various industries to provide effects such as suspension, shock absorbtion and enabling push-to-open functionality. Material: Stainless Steel, Carbon Steel Series Code:
Conical spring are helical compression springs with a design that allows for various spring rates while maintaining a compact size. They are designed to provide a nearly constant spring rate and a solid height lower than standard springs. They effectively absorb shock and prevent bending or buckling.
Their construction allows the smaller diameter coils to nest within the larger diameter coils when compressed, enabling the length of the spring to reduce to nearly one wire diameter in height.
Typically used when space efficiency is required by industries such as Automotive, Aerospace, Electronics and Industrial Machinery to provice Shock Absorption, Load Stabilization, Position Control and Vibration Dampening. Material: Stainless Steel Series Code:
These Crossed Roller Rail Sets are linear motion systems that provide applications with positioning and smooth guiding. Its design, which consists of two parallel rails with crossed roller bearings, allows for high-precision linear motion and outstanding load-carrying capability.
They evenly distribute loads, resulting in minimum deflection and great repeatability, allowing for precise motion control. Because of their small shape, they are perfect for applications where space is restricted or a compact design is required.
It comes in four rails, each with two roller cages and eight head bolts. They are corrosion-resistant and can withstand temperatures from -40 C to +80C. Used in applications such as industrial automotive, medical equipment, machine tools and defence.
As porcas cilíndricas de bronze são utilizadas com os nossos parafusos de avanço para converter o movimento rotativo em movimento linear. A porca é roscada no parafuso e movimenta-se ao longo do comprimento do parafuso à medida que roda, proporcionando um movimento fluido e preciso.
Ideal para aplicações manuais ou motorizadas a rotação baixa ou média. Incluem roscas internas que correspondem ao parafusos para garantir uma durabilidade excecional e resistência ao desgaste devido ao material. Fabricadas em bronze, que proporciona uma melhor resistência à corrosão que o aço, mas é menos forte ou resistente à temperatura.
São utilizadas nos setores automóvel, aeroespacial ou construção para manter os parafusos de avanço na posição. Disponíveis como porcas cilíndricas de bronze com rosca para a direita, bem como com roscas para a esquerda.
As porcas de aço cilíndricas são fixadores normalmente utilizados conjuntamente com parafusos de avanço ou parafusos esféricos para converterem o movimento rotativo em movimento linear. A porca é roscada no parafuso e movimenta-se ao longo do comprimento do parafuso à medida que roda, proporcionando um movimento fluido e preciso.
São utilizadas para baixas velocidades de rotação, controlo manual e funções de preensão. Não adequadas para movimentos motorizados. Incluem roscas internas que correspondem ao parafusos para garantir uma durabilidade excecional e resistência ao desgaste devido ao material.
São utilizadas nos setores automóvel, aeroespacial ou construção para manter os parafusos de avanço na posição. Disponíveis como porcas de aço cilíndricas com rosca à direita padrão, bem como com rosca à esquerda.
Die Springs are robust, heavy-duty Compression Springs designed to withstand high loads and stress, making them ideal for demanding industrial applications. Our Die Springs are colour coded based on load rating, which helps to correctly assemble applications with multiple different springs on it. Their wire is pulled extra fine, heat-treated, and shot-peened.
These Springs can tolerate severe pressures and temperatures between -200 C and +200 C while maintaining its shape after repeated compression. Typically used on applications that require consistent performance under high stress, such as Ejector Springs on Metal Stamping Dies, Shock Absorbers and Punch Presses on Machinery, as well as suspension systems. In high-demand situations, they provide constant force, deflection, and dependability. Material: Chromium Alloy Steel Colour: Yellow, Red, Blue, Green Series Code:
As molas de disco são adequadas para aplicações que exigem cargas muito altas em espaços pequenos e são ideais para aplicações árduas. As molas de disco também são frequentemente usadas para resolver problemas de vibração, expansão térmica, relaxamento e fluência de parafusos.
These Double Universal Joints, also known as double cardan joints, are mechanical components that unite two single joints to allow for even larger angular misalignment between shafts. Their unique form allows for torque's smooth and effective transfer over extended distances and at substantial angles.
They can transmit power smoothly and effectively even when the connecting shafts are not precisely aligned. They were created to endure heavy loads and provide long-lasting performance in harsh working situations.
It can bend up to 45 degrees per joint and is accurate, silent, and smooth operating. It may be installed and removed from the application using appropriate tools. Typical applications include industrial machinery, and conveyor systems.
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