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This Cabinet Pull Handle range have a circular bar shape with a bridge form. Often used for opening and closing doors and the lids of heavy cabinets.
They have an ergonomic design that provides excellent stability and smooth surfaces. They are a cost-effective option that looks sleek and professional in various applications.
Available to suit various situations, as well as options for front or rear mounting. Used for applications in railways, machinery and electronic or industrial equipment.
These Palm Grips give operators with an easy and secure grip. It is ergonomically built to fit comfortably in the palm of your hand, eliminating strain and fatigue.
They provide a non-slip surface, decreasing hand staining and the danger of pain or injury. It also improves control and safety when working with equipment and systems in the industrial business.
It is simple to install and remove by hand. It may also be connected to various applications, including handheld devices, power tools, and machinery controllers.
This Pull Handle range has a flat oval profile and a bridge shape. Frequently used for opening and shutting heavy-duty doors and lids.
They are ergonomically designed for optimum stability and smooth surfaces. It has a sleek and professional-looking alternative. Used in engineering, instrumentation, and apparatus building.
These Spring Plunger with a ball and slotted are used for locating, applying pressure, and lifting off. They have three components: a threaded body, a stainless ball, and a spring mechanism. The spring on the plunger provides the necessary force to keep the plunger in either the extended or retracted position.
The slotted design allows for simple adjustment and exact positioning, allowing one to fine-tune the plunger's extension or retraction to fit individual needs. While the stainless ball is selected for its outstanding corrosion resistance, it ensures the plunger's longevity and reliability even in tough settings. Additionally, the stainless steel ball enables smooth functioning, eliminating friction and wear.
It is simple to install and use and is designed to handle high stress and pressure. The threaded body makes it easy to integrate into existing systems or buildings. It can withstand temperatures up to 250C. These spring plungers are widely utilised in various industries, including medical, optics, orthopaedics, machine and fixture design, lighting equipment, and electronic components, due to their endurance and versatility.
These Spring Plungers with a ball end and a smooth body design are used for locating, applying pressure or lifting off. It is made of three parts: a smooth body, a ball end, and a spring mechanism. They resemble pin-end spring plungers, but the ball end engages more gently and reduces wear and tear on both the workpiece and the plunger.
The plunger's ball end provides a point of contact for accurate engagement and positioning within the application. The collar on the spring plunger serves as a retention function, keeping the plunger securely in place once inserted.
Its smooth body facilitates insertion and is held in place using an interference fit, as well as quick release. It can withstand temperatures of up to 250ºC and is widely utilised in machine and fixture design, electronics, medical, electronics, automotive, and lighting equipment.
These Spring Plunger with Ceramic Ball and slotted are used for locating, applying pressure, and lifting off. They have three components: a threaded body, a ceramic ball, and a spring mechanism. The spring on the plunger provides the necessary force to keep the plunger in either the extended or retracted position.
The slotted design allows for simple adjustment and exact positioning, allowing one to fine-tune the plunger's extension or retraction to fit individual needs. While the ceramic ball has high hardness, wear, and corrosion resistance, it reduces the possibility of galling or damage to the mating surfaces.
It is simple to install and use and is designed to handle high stress and pressure. The threaded body makes it easy to integrate into existing systems or buildings. It can withstand temperatures up to 250C. These spring plungers are widely utilised in various industries, including medical, optics, orthopaedics, machine and fixture design, lighting equipment, and electronic components, due to their endurance and versatility.
These Expander Fit Spring Plungers are used for positioning, applying pressure, and lifting off. Its unique body design bends to expand, contract, and adjust to bore location tolerances as broad as + 0.2 mm d4.
Its material provides excellent strength in various conditions and temperatures, as well as corrosion resistance, control, and stability. It is quick and easy in production and assembly, and it removes the requirement for the cost of high-accuracy machining and part preparation.
It is recommended that it be used as a single, one-time installation for optimum results since repeated actions of install and uninstall can diminish its capacity to expand into holes with broader tolerances owing to plastic fatigue. It is resistant to temperatures ranging from -30C to +50C. Ideal for applications in plastic moulded components for machine and fixture design, electronics, medical and lighting equipment.
These Spring Plungers with a pin end and a Hexagonal socket are used for locating, applying pressure, and lifting off. They have three components: a threaded body, a pin end, and a spring mechanism, as well as a hexagonal socket. The spring on the plunger provides the necessary force to keep the plunger in either the extended or retracted position.
The slotted design enables easy adjustment and precise alignment, allowing the plunger's extension or retraction to be fine-tuned to meet individual needs. The plunger pin can be quickly extended or retracted using manual force by push fitting, allowing for rapid modifications or changes in position.
The hex socket makes it easy to drive the spring plunger with a hex key. The threaded body makes it easy to integrate into existing systems or buildings. If the Pin is made of thermoplastic, it can withstand temperatures from -30C to +50C; however, if your Pin is made of stainless steel, it can withstand temperatures up to 250C. These spring plungers are widely utilised in various industries, including medical, optics, orthopaedics, machine and fixture design, lighting equipment, and electronic components, due to their endurance and versatility.
These Spring Plungers - Pin - Slotted are used for positioning, indexing, applying pressure, lifting off, and locking. They are made of three parts: a threaded body, a plunger pin, and a spring mechanism. The plunger's spring provides force to hold the plunger in either the extended or retracted position.
Commonly used for precise alignment and secure positioning of components. Extending or retracting the plunger pin can lock or release a component, ensuring accurate alignment and preventing unintended movement. When the plunger pin is extended, it locks into place, preventing the component from being accidentally moved or dislodged.
It is simple to install and use and is designed to handle high stress and pressure. The threaded body makes it easy to integrate into existing systems or buildings. The plunger pin can be easily extended or retracted using manual force by push fitting, allowing for quick adjustments or changes in position. It can withstand temperatures up to 250ºC and is commonly used in industry sectors such as machine and fixture design, electronics, medical and lighting equipment.
These smooth-body Spring Plungers with a pin end are used for locating, applying pressure, and lifting off. They have three components: a smooth body, a plunger pin, and a spring mechanism. The spring on the plunger provides the necessary force to keep the plunger in either the extended or retracted position.
The spring plunger's pin end has a rounded tip for precise engagement and alignment within the application.
Its smooth body makes insertion easy and is held in place using an interference fit, while the pin end allows for accurate engagement and alignment. If the Pin is made of thermoplastic, it can withstand temperatures from -30C to +50C; however, if your Pin is made of stainless steel, it can withstand temperatures up to 250C. These spring plungers are widely utilised in various industries, including medical, optics, orthopaedics, machine and fixture design, lighting equipment, and electronic components, due to their endurance and versatility.
Les arbres de levier de vitesses sont filetés aux deux extrémités de façon à se connecter à votre tringlerie d'un côté et à amplifier ainsi la force d'entrée jusqu'aux engrenages. Le type de bouton de votre choix peut être rattaché au goujon fileté, sur l'autre extrémité. Ces arbres sont disponibles avec un arbre en acier ou en acier inoxydable, et un insert en laiton.
Doigt d’indexage avec anneau de traction, qui est rétractable à la main. Le modèle est constitué d’un boîtier nickelé et d’une goupille en inox.
L’anneau de traction est un moyen pratique de soulever la goupille. Ces doigts d’indexage conviennent parfaitement aux opérations de localisation, de positionnement et de sécurisation. Les applications courantes incluent les équipements de salles de sport, tels que les appareils de musculation.
Les tailles de filetage sont notamment M6, M8, M10 et M12.
Les doigts d'indexage à bride d'Essentra possèdent une bride avec trous de vis pour une meilleure fixation. Ils conviennent parfaitement pour une utilisation avec des matériaux de faible épaisseur.
Nos doigts d'indexage à came sont proposées en acier inoxydable ou en acier bruni. Les doigts d'indexage à came sont proposés dans un éventail de diamètres.
Les doigts d'indexage filetés non verrouillants permettent des ajustements rapides sur une large gamme de plates-formes, d'installations et de tables. Ils servent à placer, positionner, indexer et sécuriser dans le cadre d'applications comme les équipements sportifs, médicaux, le matériel de restauration, les convoyeurs, etc.
Ces goupilles à ressort à installation par pression sont utilisées comme détentes ainsi que pour les applications de poussée et éjecteurs. Disponibles en type 1, boîtier et bille en acier inoxydable, AISI 305/20c et en type 2, boîtier en plastique et bille en acier inoxydable.
Utilisé pour localiser, positionner, indexer et sécuriser Nos doigts d'indexage permettent des ajustements rapides sur une large gamme de plates-formes, d'installations et de tables. Adaptés au matériel de sport, à l'équipement médical, au matériel de restauration, aux convoyeurs, etc.
Ces leviers de contrôle en fibre de verre servent de commutateur de position sur des machines, ce qui permet à l'opérateur de passer facilement d'un réglage à l'autre. Ces leviers sont ont une prise facile et sont résistants à l'huile et à la graisse.
Les poignées de verrouillage mâles en poire sont actionnées selon un simple mouvement de soulèvement et de rotation, avec un bouton poussoir permettant la libération et le réglage. La poignée en poire permet un positionnement pratique, un effet levier maximal, un gain de place et un dégagement de la poignée.
Les poignées de verrouillage femelles en poire sont actionnées selon un simple mouvement de soulèvement et de rotation, avec un bouton poussoir permettant la libération et le réglage. La poignée en poire permet un positionnement pratique, un effet levier maximal, un gain de place et un dégagement de la poignée.
Les poignées de verrouillage mâles fuselées sont actionnées selon un simple mouvement de soulèvement et de rotation, avec un bouton poussoir permettant la libération et le réglage. La poignée fuselée permet un positionnement pratique pour un effet de levier maximum lorsqu'ils sont montés sur les applications filetées femelles.
Les poignées de verrouillage femelles fuselées sont actionnées selon un simple mouvement de soulèvement et de rotation, avec un bouton poussoir permettant la libération et le réglage. La poignée fuselée permet un positionnement pratique pour un effet de levier maximum lorsqu'elle est montée sur les applications filetées mâles.
Poignées de verrouillage femelles - Poignée droite
Les poignées et les arbres des leviers de vitesse à bouton fuselé sont fabriqués en acier. Ils sont meulés et polis avec une finition en oxyde noir. Le bouton fuselé est en plastique noir avec un insert en laiton pour une prise en main facile et une finition esthétique sur les applications de machines et ce, pour changer ou passer des vitesses.
Les poignées et les arbres des leviers de vitesse à bouton boule sont fabriqués en acier. Ils sont meulés et polis avec une finition en oxyde noir. Le bouton pour poignée en T est en plastique noir, avec un insert en laiton qui fait de ces leviers durables des composants parfaitement adaptés aux applications de machinerie, pour changer les vitesses via un point pivot.
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