XR3000 Wind Controller EWI

XR3000 Wind Controller EWI

A wind controller ewi, sometimes referred to as a wind synthesizer, is an electronic wind instrument. It is usually a midi controller associated with one or more music synthesizers.Unlike wind controllers, they do not trigger notes and are intended for use in conjunction with a keyboard or synthesizer.A breath controller can be used with a keyboard midi controller to add articulation and expression to notes sounded on the keyboard. For example, a performer who has pressed a long-held note on the keyboard with a sustained sound, such as a string pad, could blow harder into the breath controller set to control volume to make this note crescendo or gradually blow more and more gently to make the volume die away.
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Company Profile

 

 

Since 2015, shenzhen shengyang musical instruments technology co., ltd. From china has been a professional manufacturer of digital musical instruments for over more than 10 years.Has more than 60,000 square meters of working shops,our overseas sales market is in shenzhen.The electronic piano, electronic wind instrument, silicone electronic drums, and other items are among our primary offerings.

 

Why Choose Us

Our factory

Since 2015, shenzhen shengyang musical instruments technology co., ltd. From china has been a professional manufacturer of digital musical instruments for over more than 10 years.

Our product

Has more than 60,000 square meters of working shops,our overseas sales market is in shenzhen,the electronic piano, electronic wind instrument, silicone electronic drums, and other items are among our primary offerings.

Production market

Our digital wind instruments and pianos have been tested in a variety of settings and are especially good for classrooms, beginning students, and more experienced players. Around the world, a lot of families and kids are interested in listening to music, but their budgets prevent them from doing so.

 

Our service

We really seek for seasoned foreign distributors, wholesalers, and other sales partners that are enthusiastic about expanding music's global reach.Whether you're searching for digital wind instruments and pianos that are ready to sell for your market or custom items, we have a large selection of affordable choices. Please contact us to discuss additional information.

 

 

A wind controller ewi, sometimes referred to as a wind synthesizer, is an electronic wind instrument. It is usually a midi controller associated with one or more music synthesizers.Unlike wind controllers, they do not trigger notes and are intended for use in conjunction with a keyboard or synthesizer.A breath controller can be used with a keyboard midi controller to add articulation and expression to notes sounded on the keyboard. For example, a performer who has pressed a long-held note on the keyboard with a sustained sound, such as a string pad, could blow harder into the breath controller set to control volume to make this note crescendo or gradually blow more and more gently to make the volume die away.

 

 
Advantages of Wind Controller EWI
 
01/

Versatility
With advancements in technology, wind controller ewi can produce a range of instrument sounds, making them highly adaptable for musicians like you who are interested in exploring different genres of music, from jazz and classical to pop and beyond.

02/

Ease of play
Traditional wind instruments can be challenging to learn, with complex fingerings and embouchure control. Wind controller ewi, however, offer an easier path to learning, with intuitive fingerings and no need for embouchure control.

03/

Portability
Wind controller ewi save you from lugging around with a heavy and bulky box. Its lightweight and portable design makes it easy to carry wherever you go. If you worry about bothering others while practicing, electronic wind controller allow you to practice in silence with headphones.

04/

Cost-effectiveness
Traditional wind instruments can
be expensive, with some instruments costing thousands of dollars. Wind controller ewi, however, are a cost-effective alternative that offers a range of instrument sounds at a fraction of the cost.

 

XR3000 Midi Wind Controller EWI

 

Working Principle of Wind Controller EWI

The wind controller ewiutilizes the same boehm fingering system, which is present in most woodwind musical instruments. Alternatively, it can also be used using a much simpler system, seemingly like a recorder.

 

Wind controller ewi provide the same feel as a clarinet or saxophone, but the difference is that the keys are touched rather than pressed for a longer time in the acoustic versions. Moreover, the latest models, and the portable and most affordable ewi usb, feature the multi-mode, which can be switched to different fingering modes, such as oboe, flute, and the sax. The fingering system is the same as each octave, but keys and rollers are allotted to produce portamento or increase, decrease, or bend the pitch.

 

When it comes to breathing control, the wind controller ewi is much more sensitive and needs less effort from its player. With the air pressure sensor, it allows users to adjust the instrument sensitivity based on their liking, providing more comfortability and the ability to reach dynamic ranges, genres, and styles.

 

Components of Wind Controller EWI

 

Breath – A mouthpiece connected to an air-pressure sensor sends a series of midi breath messages which can be used as a volume envelope control voltage.

 

Bite – Pressure on the mouthpiece sends a series of midi mod-wheel messages which can be used as a control voltage for any synthesizer parameter.

 

Keys – Capacitive touch sensors are arranged in a simplified saxophone layout; combinations of keys send midi note messages.


Octave – Push the joystick under your left thumb upwards to jump up a complete octave, push further to jump up a second octave, or push downwards to jump down one or two octaves – a total range of 5 octaves.

 

Octave hold – Push the joystick upwards and click the switch to set instrument one octave higher, so all notes will now play in soprano register and the octave joystick goes even higher. Push downwards and click to set one octave lower. Centre and click to return to original register.

 

Bend – Push the joystick under your left thumb horizontally to pitch-bend a note: Left to bend down, right to bend up.

 

Midi out socket – Connect by cable to midi in on a midi module or separate synthesizer.

 

 

What Types Of Sounds Can A Wind Controller Ewi Produce?
XR3000 Midi Flute Controller EWI
electronic flute instrument
M1 Electric Clarinet Wind Instrument
electric clarinet instrument

Traditional wind instrument sounds
They can emulate the sounds of common wind instruments such as flutes, oboes, clarinets, saxophones, and bassoons.

 

Brass instrument sounds
While primarily associated with wind instruments, some wind synthesizers can also mimic the sounds of brass instruments like trumpets and trombones.

 

String instrument sounds
Some models offer string sounds, including violin, viola, cello, and double bass, allowing for a broader range of orchestral emulation.

 

Synthetic and electronic sounds
Wind synthesizers can generate a variety of synthetic sounds, such as leads, pads, and textures commonly used in electronic music.

 

Percussive and rhythmic sounds
Some models may include percussive sounds or the ability to trigger rhythmic patterns.

 

Ethnic and world music instruments
Capabilities may extend to sounds from various ethnic and world music instruments, like pan flutes, dizi, or bagpipes.

 

Ambient and atmospheric sounds
Wind synthesizers can create atmospheric and ambient sounds, useful for film scores and soundscapes.

 

Special effects and noises
They can produce unique sound effects and noises, which can be manipulated in real-time during performances.

 

Modulated and filtered sounds
With built-in modulation and filtering options, wind synthesizers can create complex and evolving soundscapes.

 

User-created sounds
Many wind synthesizers allow users to create and save their own custom sounds, offering endless possibilities for sound design.

 

Multi-timbral sounds
Some advanced wind synthesizers can produce multiple sounds simultaneously, enabling the layering of different timbres.

 

Voice-like sounds
Certain models may include vocal or choir-like sounds, which can be played using the wind synthesizer's breath and fingering controls.

 

The specific sounds available on a wind synthesizer depend on its design, built-in sample library, and the capabilities of its sound engine. With the right equipment and software, a wind synthesizer can serve as a powerful tool for musicians seeking to explore a diverse sonic palette.

 

FAQ

 

Q: How does an electronic wind instrument work?

A: The ewi has a silicone mouthpiece with sensors for air pressure (sending midi breath control by default) and bite pressure (which sends vibrato, more specifically a quick pitch up-down "blip" by default, but can also be routed to modulation or other cc controls of the player's preference).

Q: What is evi in music?

A: The evi, which stands for electronic valve instrument, is a controller designed to duplicate the fingering of a trumpet, allowing trumpet and other brass players to play a synth using an interface familiar to them.

Q: Is an ewi like a saxophone?

A: Ewi stands for "electronic wind instrument." there are a few companies that make it. It has the range of a piano - eight octaves - but you're blowing it like a saxophone or a horn.

Q: How do midi wind controllers work?

A: A wind controller might convert fingering, breath pressure, bite pressure, finger pressure, and other sensors into control signals which are then used to control internal or external devices such as midi synthesizers, analog synthesizers, computer soft synths, midi sequencers, midi lighting systems, midi controlled ...

Q: What is aaaaa in music?

A: In popular music the "a" section is typically repeated 3 times, hence the name "aaa". In folk music and traditional music traditions many repetitions of the "a" section are not unknown. For example a folk or country song using an aaaaaa structure.

Q: What is vv in music?

A: Secondary chords are referred to by the function they have and the key or chord in which they function. Conventionally, they are written with the notation "function/key". Thus, the most common secondary chord, the dominant of the dominant, is written "v/v" and read as "five of five" or "the dominant of the dominant".

Q: Is an ewi like a saxophone?

A: Ewi stands for "electronic wind instrument." there are a few companies that make it. It has the range of a piano - eight octaves - but you're blowing it like a saxophone or a horn.

Q: How to clean wind instruments?

A: After playing, remove moisture from the inside of the instrument. For smaller instruments, use a cleaning rod with a soft moisture swab attached through the slit in the end. For other instruments, you'll need a swab with a string that you can pull through.

Q: How do you clean the ewi solo?

A: Keep the mouthpiece clean before, during, and after using the ewi solo. You can clean its outer surface with a slightly damp cloth.

Q: Should I use water to clean my instrument?

A: If the cleaning process is thorough, musical instruments can be disinfected. Basic soap and water can be highly effective in reducing the number of harmful bacteria and viruses simply by carrying away the dirt and oil that they stick to."

Q: Can you use alcohol to clean instruments?

A: For instruments that are metal use alcohol swabs and/or mix a solution of 70% isopropyl alcohol with water in a spray bottle, apply it directly to a cloth to snake through the inside of your brass instrument and wipe down all exterior metal surfaces. Also, use it to spray both the inside and outside of your case.

Q: How do you take care of a wind instrument?

A: Never leave your instrument next to a radiator, in direct sunlight or in a very cold or damp place. Always put the instrument away immediately after you have finished playing it. Never leave the instrument assembled on a chair, bed, music stand or anywhere it can get damaged.

Q: How can I safely clean my instrument?

A: I've found the best way to get an instrument clean is to soak it in a lukewarm bath of water with about a tablespoon of bicarbonate of soda per gallon of water. It cleans and neutralises all the mouth acids that end up in there. Rinse with clean water, pull-through brush if really bad and it'll be spotless inside.

Q: How do you clean the inside of an avr?

A: Clean your av receiver with a slightly damp microfiber towel. – to remove dust from around dials, knobs, terminals and connectors, use a cotton swab. – to eliminate dust and debris from vents and fans, try a blast of compressed air or a swipe of a soft vacuum brush.

Q: How do you clean an electronic control board?

A: Dampen a lint-free towel or cotton swab with a suitable cleaning agent, such as isopropyl alcohol (ipa), acetone, or baking soda. Gently wipe the surface of the circuit board, focusing on areas with visible dirt or residue. Avoid applying excessive pressure or scrubbing, as this can damage the components.

Q: How do you clean the ewi solo?

A: Keep the mouthpiece clean before, during, and after using the ewi solo. You can clean its outer surface with a slightly damp cloth.

Q: What is a wind controller?

A: A wind controller, sometimes referred to as a wind synthesizer, is an electronic wind instrument. It is usually a midi controller associated with one or more music synthesizers.

Q: How do wind synths work?

A: There is no sound made directly by a wind controller, just electrical signals. These signals travel through a wire to a synthesizer module that converts these electrical signals into audio signals that can be played through ordinary amplifiers and speakers.

Q: How do wind instruments work physics?

A: In the case of some wind instruments, sound is produced by blowing through a reed; others require buzzing into a metal mouthpiece, while yet others require the player to blow into a hole at an edge, which splits the air column and creates the sound.

Q: Do wind instruments have harmonics?

A: Wind instruments can produce harmonics with all pitches, but the volume at which various harmonics are produced varies based on the instrument, the player, and the pitch. This combination of harmonics is the very thing that creates the timbre of the instrument.

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