Top 17 Tactile Switch Brands in 2026

The most popular brands for Tactile Switch Includes Sony, Omron, Panasonic, NKK Switches, Calvin Klein, Blue, ITT, Wurth, Keystone, PCB among many others.

1

Sony

Popular Brand

Shortly after World War 2, Masaru Ibuka founded the Tokyo Tsushin Kogyo K.K., a telecommunications and engineering corporation. He wanted technology to contribute to Japan’s culture and future. Despite starting small, he never gave up and stressed the importance of doing what had not been done before. As the brand evolved to become what we know as Sony, it has created countless novel products that changed the electronics industry.

2

Omron

Popular Brand

Omron Industrial Automation offers automation systems that support reliable production, quality control, and effective assembly procedures. Based on the human body's sense of touch, they also offer integrated solutions for systems, tools, and software. They provide top-quality innovations for all market categories in a world of rapidly changing technology and changing business needs. They created their complete automation solutions with you in mind. With years of expertise collaborating with manufacturers worldwide, Omron is dedicated to giving you products that raise the bar for manufacturing quality.

3

Panasonic

Popular Brand

Matsushita Konosuke founded the Matsushita Electric Industrial Company to produce electric plugs and lamp sockets that he had designed. The 30s incorporated these products and experienced a rapid expansion of business. Over the years, various products such as irons, radios, television sets, microwave ovens, etc., were added to keep up with the times and provide people with convenient products. This helped it gain international recognition and became known as Panasonic over time.

4

NKK Switches

Best Brand

NKK is among the leading companies that provide you with the highest-quality switches and other products like toggles, touch screens, rotaries, and much more, which are reliable and completely budget-friendly. The business takes great pleasure in and prides itself on its full-service engineering support, including electronic system design, programming, and value-added services. It combines over 65 years of experience with a genuine devotion to its clients.

5

Calvin Klein

Best Brand

Calvin Klein started his own company in 1968 when the fashion industry in New York was down in the dumps. At first, Klein manufactured simple clothing for suits and coats and slowly increased his line to include sportswear with interchangeable separates. What grabbed the attention of the masses was not his clothes but his scandalous advertisements emphasizing the sex appeal of many products. His obsession with fragrance also was a head-turner.

6

Blue

Best Brand

BLUE Microphones was established in 1995 by a musician and a recording engineer. The first product it created was a studio microphone that isolated sonic signatures and was a hit among musicians. Upon a suggestion received, the duo made a microphone for sending audio messages through the Internet. This allowed musicians to collaborate anywhere and at any time. Today, the brand continues to create innovative audio products.

7

ITT

Best Brand

ITT is a multinational technology and manufacturing business that assists clients in overcoming difficult issues. The company is dedicated to helping clients in sensing, effects, and mission systems, propulsion, energy, environment, weapons systems, military electronics, and aerostructures deliver technical advances. ITT's technology and production capabilities and over half a century of expertise and know-how enable them to assist customers in various sectors with their difficulties. Customers employ their technologies to develop and boost productivity and profits. ITT has a presence in 40 countries and sells its products in over 125 countries worldwide.

8

Wurth

Best Brand

Wurth is the go-to name for fastening and assembly solutions, as well as technical equipment and specialty chemicals. Their goods...

9

Keystone

With the evolution of several ways in which light travels, transports, and reaches worldwide, the Brand Keystone emerged as a...

10

PCB

PCBway to meet your need for boards, explore PCBs of all types and designs. Design your PCB by simply entering...

11

Bourns

Electronic devices have become a necessity, and every machine requires a critical component or a sensor. Bourns provides such electronics...

12

Cherry Electrical

13

SMT

SMT is involved with designing and manufacturing high-quality bearings that pertain to current market needs. They are constantly improving their...

15

Velleman

Velleman is a global leader in electronic kits, components, and tools for the hobby, educational, and professional industries. Their portfolio...

16

Robertshaw

Robertshaw takes care of multiple temperature settings for your house or commercial space. The company offers heating and cooling products...

17

MIC

Diodes are a prime concept of physics and find diverse applications across the electrical industry. The company, recognized as Master...

Tactile Switches Buying Guide

A tactile switch, also known as a momentary switch or a tactile push button, is a type of switch that is commonly used in electronic devices. These switches are designed to provide feedback to the user when they are pressed, giving them a tactile feel that lets them know when they have successfully activated the switch. There are a wide variety of tactile switches available on the market, which can make it challenging for buyers to choose the right one for their needs. In this guide, we will discuss the key factors that buyers should consider when selecting a tactile switch.

Switch Operation

The first factor that buyers should consider when selecting a tactile switch is the type of operation. The two main types of tactile switches are momentary and latching switches. A momentary switch is one that is designed to be pressed and then released, returning to its original position once the user removes their finger. A latching switch, on the other hand, is designed to remain in its activated position after the user presses it until it is manually reset by the user. Momentary switches are typically used for functions that require a momentary signal, such as a button to turn on a light, while latching switches are more commonly used for functions that require the switch to remain in the on position, such as a power switch for a device.

Switch Actuation Force

The actuation force of a tactile switch is another important factor to consider when selecting a switch. Actuation force refers to the amount of pressure required to activate the switch. Some switches require only a light touch to activate, while others require a more forceful press. The actuation force can be measured in grams or ounces, and it is important to choose a switch with the appropriate actuation force for the application. If the switch requires too much force to activate, it can be difficult for users with limited dexterity to operate. Conversely, if the switch requires too little force, it can inadvertently activate when it is bumped or jostled.

Switch Travel

The travel of a tactile switch refers to the distance that the switch travels when it is activated. Some switches have a short travel distance of only a few millimeters, while others have a longer travel distance of several millimeters. The travel distance can affect the tactile feedback provided by the switch, as well as the durability of the switch. Switches with longer travel distances tend to be more durable since they are designed to withstand greater forces without breaking down. However, switches with shorter travel distances may be more appropriate for applications where space is limited or a precise response is required.

Switch Contact Style

The contact style of a tactile switch refers to the arrangement of the switch contacts inside the switch. There are two main types of contact styles: single-pole, single-throw (SPST) and single-pole, double-throw (SPDT). SPST switches have only one set of contacts that are either open or closed, while SPDT switches have two sets of contacts that can be switched between two different circuits. The contact style of the switch will depend on the application and the specific circuit requirements.

Switch Mounting Style

The mounting style of a tactile switch refers to the way in which the switch is attached to the pcb board or panel. Tactile switches can be mounted using a variety of methods, including through-hole, surface mount, or panel mount. Through-hole switches are mounted by inserting their leads through holes in the pcb board and soldering them in place. Surface mount switches are mounted directly onto the pcb board using solder paste and a reflow oven. Panel mount switches are mounted onto a panel or enclosure using screws or clips.

Switch Termination

The termination of a tactile switch refers to the type of connection that the switch uses to interface with the circuit. There are several types of termination available, including PCB terminals, SMD terminals, or solderless terminals. PCB terminals are designed to be soldered directly onto the pcb board, while SMD terminals are designed to be mounted using solder paste and a reflow oven. Solderless terminals, on the other hand, are designed to be crimped onto the ends of wires.

Switch Life Expectancy

The life expectancy of a tactile switch refers to the number of times that the switch can be activated before it breaks down or wears out. The life expectancy of a switch will depend on a variety of factors, including the actuation force, the switch travel, and the contact style. It is important to choose a switch with a life expectancy that is appropriate for the application. For example, switches that are used in high-traffic areas or that are frequently activated may require a higher life expectancy than switches that are only activated occasionally.

Switch Size and Shape

The size and shape of a tactile switch can also be an important consideration when selecting a switch. Tactile switches come in a variety of sizes and shapes, and it is important to choose a switch that will fit comfortably in the space provided by the application. Additionally, the shape of the switch can affect the ease of use and the tactile feedback provided by the switch.

Conclusion

Choosing the right tactile switch is important to ensure that electronic devices operate properly and provide a positive user experience. By considering factors such as switch operation, actuation force, travel, contact style, mounting style, termination, life expectancy, size, and shape, buyers can select a switch that meets their specific needs and application requirements.

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