Clitorial Stimulators

A clitoral stimulation device is a sexually sexy item that targets your G-zone. These powerful machines of pleasure make use of vibrations as well as pulses and suction to trigger sensations that cannot be attained through manual stimulation.

These toys come in a assortment of sizes, shapes and materials. They include air-pulse technology, sonic waves and suction.

Air-Pulse Simulators

Air-suction toys (or air-pulse toys) offer a new type of orgasm. Instead of pressing directly onto the clitoris these toys use pulsing air waves to please areas that are erogenous, like the nipples, frenulum or the mouth. The sensation is similar to the flutter of the tongue and the suction of oral sexual stimulation. These toys are especially effective if you have trouble climaxing with traditional top Female vibrators, or dildos since they provide the same feeling of intense, mixed orgasm you experience when you are stimulated by oral stimulation.

The Satisfyer Aer is a great choice for anyone looking to try out an air-pulse device. The sleek, discrete design features a soft silicone head that forms an airtight seal over the clitoral hood, delivering rhythmic pulses of air with different patterns and intensities. Aer is a great option for those who want to increase your arousal levels to the next level.

A more luxurious option is the satiny-smooth Satisfyer Luxury Pret-a-Porter. This sex toy offers an elegant funnel-like tip that hugs the clitoral hood to provide a satisfying feeling of suction and pulsations which mimic the sensations of oral sexual sex. The toy can be customized and comes with a range of vibration settings and 11 intensity of pressure wave settings. It's also IPX7 waterproof which makes it an ideal travel companion.

One Night Stand is the ideal way to test an air-suction device if you aren't sure or require some practice. This simple, compact clitoral stimulator delivers a full 90 minutes of non-stop pleasure with the innovative Satisfyer Pressure Wave technology.

The Satisfyer Dual 2 is an improvement to the original version of this renowned clitoral stimulater. This new model features the same tingling and thrilling pulsations that the original had, plus a vibrator for clitoris that you can use to pinpoint your G Spot. This device is lightweight and portable. It has a range intensities, a soft smooth, silky treatment head that is made of a skin-friendly medical grade silicon and comes with an array of intensity settings. It's also simple to clean making it a great travel companion.

Suction Devices

Some clitorial stimulation devices utilize suction instead of surrounding the glans to stimulate the nerves that lead to pleasure. This gives you a more intimate feeling. They are referred to as clit suckers, and they are smaller than vibrators. They are also more quiet for those who wish to spend time with their loved ones with no distractions.

The clit's sucking motion these devices blends the best elements of masturbation and massage to give you something unique and enjoyable. The nozzle sits on the outside of the clit and gently suckers it to release you into a smoky euphoria in ways you've never thought possible.

When you stimulate the clitoris, it triggers physical changes in your body and brain that are perfect for conception. It increases the levels of endorphins, oxytocin, and other mood-enhancing substances. These help you relax and connect. These feelings of euphoria as well as relaxation may also help reduce stress hormones, which is great news for pregnancy.

There are a variety of ways to stimulate the clitoris, including using your hands, rubbing, "grinding", and air-pulsating toys, such as the Cindy which can be used both for vaginal stimulation and clitoral stimulation. Many of these toys can be used to stimulate the G zone or the g spot (the part of the clitoris nearest to the parauteral glands) during sex and penetration.

The Rocks Off Niya N6 is an app-controlled device that allows you to adjust the vibration patterns, intensities and sonic wave intensity. This gives you full control over your clitorial stimulation device and allows you to share it with your friends or a partner.

The ISO 10079-1 standards for suction devices recommend various performance characteristics. These include a specified battery's power and life span as well as a minimum tubing diameter, and a requirement for routine inspection and maintenance. Unfortunately, there is a lack of cooperation between the clinical and manufacturing SDOs to make such standards a reality. The majority of suction devices available currently available are not up to the basic field requirements for size and performance.

Sonic Wave Stimulators

Sonic wave stimulation provides powerful and gentle clitoral stimulation for a mind-blowing experience. The medical grade silicone is soft and smooth and feels soft against the clitoral zone. The SONA 2 has 12 powerful yet gentle settings to provide the best experience every time. The curvaceous body fits the mouth with ease for maximum satisfaction. The middle button also functions as an option to shut off the device.

Electrical muscle stimulation (e-stim) utilizes a low-level electric current to cause a particular or group of muscles to contract. This can be used to boost the strength of muscles or speed up healing after an injury. It is also a method to boost blood flow by stimulating blood vessels or nerves.

Low-intensity sound wave therapy (SWT), an non-invasive treatment for erectile dysfunction can aid in restoring an Erection by improving the flow of blood to your penis. This results in a firmer erection that lasts longer.

SWT is, unlike oral medications, is a noninvasive treatment with no side negative effects. It doesn't require any in-depth procedures or surgeries, so it's a great choice for men who do not want to deal the pain and recovery times that are associated with surgeries and other invasive procedures.

The Nami vibrating machine sonic uses a speaker system with magnetic motors instead of traditional mechanical motors that rotate. This technology stimulates muscle fibers stronger than gravity, and trains them to repeat a rapid and intense contraction and relaxation. This type of exercise helps strengthen muscle faster than conventional training without overloading joints and tendons.

App-controlled Stimulators

For closed-loop systems where participants can control their own stimulation waveforms, it is necessary to be able to adjust the amplitude, frequency, and pulse width online in real-time. This allows participants to characterize their own evoked responses and percepts and also alter the stimulus to improve performance.

To facilitate this it was necessary to create a programmable stimulator created that could create a variety biphasic interleaved stimulation waveforms with different intensities, pulse widths and frequencies. In all instances, the output of each channel was connected to a resistor of 10 kO, and voltage could be monitored by using an oscilloscope.

The design was in part influenced by the Howland bidirectional supply shown in Figures 2A and Supp Fig. 1. The microcontroller, which controls pulse sizes and amplitudes was implemented using the development board (Uno, Arduino LLC, Boston, MA). Using custom firmware that controls two square pulses, they are generated sequentially using different digital output pins for the cathodic as well as anodic parts of each pulse. The amplitudes of these square pulses are controlled by an electronic potentiometer which is adjusted in accordance with the values that are received via the serial communication port.

Each DU also has an internal 10-bit ADC that determines the actual current by using the Shunt resistor (2 kO) on the serial shunt output of the DSU. This stops the DSU providing more current than intended, which could lead to damage or even burnout.

A communication board, built on the Uno form factor, sends applications requests to the DSU to enable it to execute a certain stimulation sequence. The CU is then able to initiate the local operating mode by sending an order to the DSU that defines a default pulse pattern, pulse length and amplitude.

The DSU will then trigger the corresponding pulse patterns for each channel. The next step is measuring the output current at the shunt resistor of the DSU to verify that there is no more than the stated limit has been delivered. This safety feature makes sure that the DSU will not deliver more current than required, which is vital to protect human subjects.