Search results for: 'torsion spring applications'

Definition: Devices/mechanisms which require the use of a torsion spring in order for the application to function appropriately. Torsion springs are found in a wide variety of applications; many of which we use in our everyday life. These springs deflect in degrees and not in inches so they are used in applications which require them to travel radially, thus twisting its coils. Torsion springs have legs which your application’s mechanism will be pushing...

Spring Calculator Instructions TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Outer Diameter: to ...

Coil springs are wound in one direction, they can either be right-hand wound or left-hand wound. The direction in which a metal spring is wound can seem like a minor detail and easy to overlook. However, it plays an important role and can actually make a big difference in its performance of the spring within your device or application. When it comes to compression and extension springs the most common and popular direction of wind is right hand. Out of all compression and extension springs manufacture...

Mechanical Springs Definition: A metal wire spring that functions in a spring mechanism that compresses, extends,rotates, slides, pulls and exerts force when an equal or greater force is applied. A spring mechanism can exert pressure, rotational force or pulling strength in a variety of ways. For help with mechanical spring design use our spring calculator . The examples below show numerous advantageous ways mechanical springs used in a spring mechanism can help improve your product. ...

Buy compression springs in Las Vegas, Nevada by buying your springs from Acxess Spring. We are located in the city of Colton, California; making us the nearest wire spring company. Acxess Spring company was founded in the year of 1996 by Alfonso Jaramillo Jr. Alfonso had extensive experience in the spring industry by working for some of the biggest spring companies in the United States. Alfonso went out and started a completely different kind of spring company usi...

Spring Calculator Instructions COMPRESSION EXTENSION TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Out...

Compression springs are devices made up of helically formed coils with pitch in between used to push back on an applied force or load in order to return to its original position when the force or load is released. They are the most commonly used type of spring as well as the most economical. There are many types of compression springs used to fulfill certain functions for many applications, devices, and/or mechanisms. You may find several compression spring types in the m...

Springs Manufacturing Definition The process of manufacturing springs with mechanical spring machinery to create springs by coiling, winding, or bending the spring wire into the shape of a specific spring. Spring manufacturing is an artistic craft that involves specific knowledge in spring making. It encompasses all types of springs . On this page you will learn what spring manufacturers do to make springs and the processes and methods they use to accomplish their artistic spring making cra...

What is a torsion spring used for? Torsion springs are used to exert a rotational force also known as torque. Their legs are radially impulsed to create this winding/twisting effect. Torsion springs are used in several applications which require the spring to deflect radially. Unlike compression and extension springs which perform a linear deflection . This is why the units of deflection of a torsion spring is in degrees of travel vs. being in inches...

Types of Springs Manufactured by Acxess Spring Compression Springs Most common wire spring with pitch in between its coils to store energy when a load or force is placed on it and release it once it is removed. Wire Sizes From 0.006 inches to 1.250 inches Extension Springs Wire spring with hooks on the ends that allow the spring to hold on to an object which will pull the spring's coils apart by adding force. Wire sizes from 0.006 i...

Definition: The action of calculating a helical spring’s dimensions and specifications through several formulas and equations. There is a step by step process when generating a helical spring’s calculation using our online spring calculator, Spring Creator. Following the calculator provided below, you will see the step by step process of generating your helical spring calculations in case you may need any assistance. ...

Design Your Springs With Our Spring Force Calculator Get Instant Blueprints Try it Today Extension Spring Design Defini...

High-Carbon Spring Wire Material Music Wire ASTM A 228 Hard Drawn ASTM A 227 High Tensile Hard Drawn ASTM A 679 Oil Tempered ASTM A 229 Carbon Valve ASTM A 230 Nominal Analysis C - .70 - 1.00% Mn - .20 - 60% C - .45- .85% Mn- .60-1.30% C - .65 - .1.00% Mn - .60-1.30% C - .55 - .85% MN - .60 -1.20% C - .60 - .75% Mn - .60 - .90% Mi...

The springs at Acxess Spring are made of metal, round wire. The wire can be of different material types which are divided into different categories. Such categories are high-carbon spring wire, alloy steel wire, stainless steel wire, and more extravagant categories such as non-ferrous alloy wire and high-temperature alloy wire. The most popular though, are high carbon, alloy steel, and stainless steel wires. You can see the breakdown for non-ferrous alloys and high-temperature ...

Spring Calculator Instructions TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Outer Diameter: to ...

Learn about all of the products Acxess Spring is able to manufacture and provide you with. From open wound springs and close wound springs, to even wire forms. If it is made from round metal wire, we can probably make it. Choose a category you're interested in learning about and click on one of the listed links for a specific article on that subject. Compression Coil Springs Made to Order Compression Springs Compression Springs M...

Torsional Springs Torsion springs are coil springs with legs. The motion they carry out is in rotation, hence their name and this allows them to provide a rotational force (called torque) in a radial (round) direction. The purpose of a torsion spring is to provide a rotational force in the opposite direction when a load is placed on one or both legs. The force causes the torsion springs leg to travel (or move) to a desired distance in degrees of rotation. In torsion springs this movement o...

Introducing the incredible Online Spring Force Tester (OSFT) brought to you through Acxess Spring’s Instant Spring Quote (ISQ) , and now available for custom springs. It is a revolutionary tool that brings the world of spring design to your fingertips. Imagine having the power to create , verify , and purchase custom springs all within the same platform. Gone are the days of complex calculations and endless iterations. With the OSFT and the rest of the ISQ features, designing and verifyi...

Small Components, Big Impact: Micro Springs in Medical Applications In the realm of medical device manufacturing, the significance of small components like micro springs cannot be overstated. These tiny yet essential elements play critical roles in a wide array of medical instruments and devices, from minimally invasive surgical tools to implantable medical devices. This article delves into the world of micro springs, exploring their applications, design challenges, and the innovative solutions...

In the realm of machinery manufacturing, the efficiency and longevity of machines heavily depend on the precise design and application of compression springs . Understanding Hooke's Law is fundamental in this process. Hooke's Law: A Foundation in Spring Design Hooke's Law states that the force exerted by a spring is proportional to its displacement. The formula is F=kx, where F is the force, k is the spring constant, and x is the spring's displacement from its equilibrium position. This re...

Revolutionizing Torsion Spring Design with Acxess Spring's Hooke’s Law Calculator Torsion springs, essential for applications requiring rotational force or torque, are crucial in various industries, including automotive, consumer electronics, and industrial machinery. The design and optimization of these springs are fundamentally guided by Hooke's Law, which in the context of torsion springs, relates the torque (T) applied to the spring to the angle (θ) by which the spring is twisted: T=k...

The Engineering Behind Medical Springs: An In-depth Exploration of Design and Innovation The engineering of medical springs is a critical and intricate process in the medical device manufacturing industry, underpinning the functionality and reliability of a wide array of medical technologies. These springs, essential yet often overlooked, play vital roles across a broad spectrum of medical devices, from precision surgical instruments to life-sustaining implantable devices. This detailed exploration d...

Torsion Springs: Enhancing Performance in Medical Instruments Torsion springs , with their ability to store and release angular energy, have become indispensable components in the medical field, particularly in enhancing the performance and reliability of various medical instruments. From surgical tools to diagnostic equipment, the precise application of torsion springs significantly improves device functionality and patient outcomes. This comprehensive exploration delves into the unique design chal...

Wire Sizes Compression Springs = 0.006 Wire Diameter to 1.25 inch Wire Diameter Extension Springs = 0.006 Wire Diameter to 1.00 inch in Wire Diameter Torsion Springs = 0.006 Wire Diameter to 1.00 inch in Wire Diameter Double Torsion = 0.015 Wire Diameter to 0.100 Wire Diameter Magazine Springs = 0.006 Wire Diameter to 0.080 Wire Diameter Conical Springs = 0.006 Wire Diameter to 0....

Definition: The calculation of the mass weight of a coil spring based on its wire size, outer diameter, number of coils, and density of wire. Can be calculated using the corresponding formulas and equations. Calculating the weight of your spring is necessary for both engineering and manufacturing reasons. They are required in the engineering phase when you need for this spring to be light in your application. When it comes to the making of your spring, we might need to know the weight of th...

Spring Calculator Instructions COMPRESSION EXTENSION TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Out...

Definition: Helically wound spirals forming a set of coils which make up a spring. This spring is used to exert a rotational force therefore making this a helical torsion spring. Helical torsion springs are used to conserve and eject a radial force... When a load is placed on one or both of the helical torsion spring's legs, they will travel in a rotational form. This is called torque. The function of helical torsion springs is for its legs to travel a certain amo...

Small Springs Definition Small springs are miniature springs that work in compact mechanical spring devices. Minute springs offer a reduction in space that minimizes the area the small spring works in. Tiny springs are often small coil springs, small compression springs , small torsion springs and small extension springs . These springs all offer benefits to a particular spring application. In this page we will explain the benefits of each type of micro spring (...

Definition of Specialty Springs: A specialty spring is a spring which is custom designed and manufactured to fulfill a mechanisms function. Specialty springs vary in design depending on the spring configuration needed and force that's needed out of the spring and how it will be applied into a certain application. From various hook types on extension springs to bends on the legs for torsion springs, the possibilities are endless. Every spring is a specialty spring or custom spring made to the ...

Definition: The calculation of a spring’s working loads when it is in a pre-loaded state. Pre-load is very useful when installing your coil spring into your mechanism or application . Pre-load can help you hold your spring in place due to the tension built up in between the components of your mechanism and the spring itself. Its coils will compress or extend slightly therefore building up energy or force which the spring exerts in order to return to its original position. Pre-load...

Spring Calculator Instructions TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Outer Diameter: to ...

Spring Calculator Instructions COMPRESSION EXTENSION TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Out...

Definition of Extension Spring Calculations: The process of calculating the shear modulus of a spring wire, young's modulus of spring wire, poission's ratio for spring wire along with a springs wire diameter, mean diameter and number of active coils to obtain an extension spring calculation. Here is an easier and faster way to calculate your extension...

Spring Calculator Instructions TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Outer Diameter: to ...

Definition of Torsion Spring Calculations: The process of calculating several torsion spring dimensions such as the computing of shear modulus of a spring wire, youngs modulus of spring wire, poission's ratio for spring wire along with a springs wire diameter, outer diameter and number of active coils to obtain a torsion spring calculation. Here is an easier and faster way to calculate your torsion spring calculations by using our free online spring calcula...

Active Coils (na) Those coils which are free to deflect under load. Angular relationship of ends The relative position of the plane of the hooks or loops of extension springs to each other. Baking Heating of electroplated springs to relieve hydrogen embrittlement. Buckling Bowing or lateral deflection of compression springs when compressed, related to the slenderness ratio (L/D). Closed ends Ends of compression springs where pitch of t...

Spring Calculator Instructions COMPRESSION EXTENSION TORSION Attention! Input results shown will be +/- 10% from middle value. Hint: The closer your min and max inputs are, the more accurate your results will be! Choose Your Unit of Measure: English Metric Wire Diameter: to inches mm Outer Diameter Inner Diameter Out...

Definition: Torque springs are close wound coil springs which eject a radial force thus producing torque instead of a linear load. Also known as torsion or torsional springs . Radial degrees of deflection per amount of force is torque. It is what we know as working loads on linear springs such as compression and extension springs. To find out whether a specific torsion spring design will work in your application, you must keep in mind 3 things: Space ...

Definition - Also known as torsion and torsional springs . Wire springs whose coils twist to perform a rotational motion. When torqued and released, they store and eject energy. Rotational springs are both stock and custom items here at Acxess Spring . We have hundreds of rotational springs in stock just waiting to be bought off the shelf. Before deciding whether you would like to purchase stock or custom rotational springs, you must have an accurate, functional torsional spring design...

In today's Industry 4.0 , the technological breakthroughs made by Artificial Intelligence and the Internet of Things (IoT) has everyone looking for the next big thing that will allow them to work faster and smarter than ever. Especially product designers and engineers who are tasked with ensuring that the spring components in their designs will not only fit into the application, but will also execute at the performance required. This is why Acxess Spring has launched the new and improved Instant Spri...

Starting a spring design from scratch is much easier nowadays, but it doesn’t stop being a time-consuming task that requires effort and expertise. However, by integrating the functions of the original Spring Creator and The Spring Store’s stock Spring Finder , Acxess Spring is now transforming the traditional approach to spring design. The question is no longer "how to design the perfect spring" but rather "how to find the perfect pre-designed spring?" Spring Creator now has a databas...

  One of our most common questions from our customers is “How much force is my compression spring able to generate” or  “What is the Potential energy of my spring.  This is a question usually answered by the use of the Potential Energy of a Spring Equation which gives us the elastic potential energy of a spring. These formulas tell us how much Compression Spring Force (load) and distance traveled (spring deflection) we can safely get from our spring.  To ...

  One of our most common questions from our customers is “How much force is my extension spring able to generate” or “What is the Potential energy of my spring “? This is a question usually answered by the use of the Potential energy of a spring equation which gives us the elastic potential energy of a spring. These formulas tell us how much extension spring force (load) , pulling force, distance traveled and spring deflection we can safely get from our spring. Can...

  One of our most common questions from our customers is “How much force is my torsion spring able to generate” or “What is the Potential energy of my spring“? This is a question usually answered by the use of the Potential Energy Of A Spring Equation which gives us the Elastic Potential Energy of a spring. These Potential Energy Formulas tell us how much safe torsion spring torque , or safe torsion spring force and how much safe deflection or safe torsion spring...

3D Stock Compression Spring Cad Drawings 3D Stock Compression Spring Cad Drawings In Honor of our 25th Anniversary At Acxess Spring we are celebrating our 25th year anniversary and what better way to celebrate than with our customers. We have decided to share one of our biggest accomplishments with you guys to thank you for all of yo...

Spring Constant Units Calculator In today's fast-paced engineering landscape, precision and efficiency are paramount. The spring constant, a fundamental aspect of spring design, plays a pivotal role in your compression, extension, and torsion spring projects. This article is your gateway to mastering the art of spring constant units, which are measured in pounds of force per inch (lbf/in) or newtons per millimeter (N/mm) for compression and extension...

Find all of the technical information articles displayed in alphabetical order. Learn how to calculate several spring specifications such as spring rate, load, travel/deflection, coil count, and much more. Our most helpful/popular articles will be highlighted for easy browsing. Click on a title below to read more about the subject. Spring Design Compression Spring Design Compression Spring Design Guide Compression Spring Design Prob...

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Acxess Spring is a custom and stock spring company as we specialize on making different types of springs such as compression springs extension springs torsion springs wire rings ...

Determining the direction of wind for coil compression springs can be critical to the design and functioning of your application or project . In some cases, getting the wrong direction of wind will make your springs useless. A particular case is explained below, along with instructions and diagrams on how to determine the direction of wind for compression springs. There are cases in which two coil springs are required to work together to improve force, yet keep the same elasticity and/or red...

Determining the direction of wind for extension springs can be critical to the design and function of your application or project . In some cases, getting the wrong direction of wind will make your springs useless. Explained below is a common case where direction of wind is an essential factor. Also provided are instructions and diagrams explaining how to determine your extension spring’s wind direction. When it comes to extension springs, the weakest point tends to be the hooks. Therefore...