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Featured
Piezo Pickups | Best Piezo Contact Microphone
... Our piezo contact microphone VIBE 1 is easy to use and affordable! Amplify your guitar, cello, drum, bass - any acoustic instrument with exceptional sound from Piezo Pickups. Made and developed in Slovenia, Europe, with love from two young musicians, engineers and entrepreneurs. ...
Huizhou, China
TakstarMall offers 30-Day Return Policy & Life-time Support. Established in 1995, Takstar is a leading manufacturer in the electro-acoustic industry. Our product range has since grown into a diverse array of professional microphones, headphone sets, voice amplifiers and integrated applications. Being of international reputation and market influence, we combine R&D, design, manufacturing, sales and service on our mission to assure continuous development of the industry. Takstar’s production base boasts up to 210,000 sq. With excellent build quality and comfort, it is a great option for those who don’t demand the highest resolution but want something with a laid-back and warm, neutral sound for an affordable price. They are analytical sounding, but they offer very precise sound and layering. The production quality is 10 fold what it use to be.
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Featured
Takstar BM650 | Boundary XLR Microphone, Group Meetings, 360° Pickup – Takstar Official
... Have questions of Takstar BM650 | Boundary Microphone? Contact us now! ...
Waverley, United Kingdom
1-10 Employees
It transpired that the C-ducer outperformed most other mikes in many more applications. C-ducer can be used on a wide variety of instruments: guitar, violin, drums, banjo, harpsichord, harp and many others but perhaps most famously - the piano. In most applications C-ducer is unobtrusive, being mounted on the underneath or back of a piano, or inside drums or blending into the natural colour of a violin, guitar or upright bass. Without C-ducers the grand piano could not have been amplified at the volume required nor would it have sounded as natural and as dynamic as it did.". Later many famous venues started to use C-ducer - The Royal Opera house used it to mike gongs and later piano, likewise Sydney OperaHouse, the Royal Albert Hall, Radio City Music Hall and many others. As well as sound quality, C-ducer was embraced because of its ability to reject the sounds from other instruments, its incredible dynamic range and its immunity to feedback compared with conventional mikes.In the course of establishing its pedigree, C-ducer was discovered by studio engineers. With over 15,000 systems in use it is the microphone system of choice for acoustic musicians and engineers. The instructions are applicable to all CQ range C-ducer Microphones.
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Featured
C-ducer Home
... C-ducer a contact microphone systems that offers musicians and sound engineers a unique and important audio tool when amplifying and recording acoustic instruments. ...
Milton Keynes, United Kingdom
51-100 Employees
Korg was started in 1962 by Tsutomu Katoh and Tadashi Osanai, and from the beginning the ethos was to constantly strive to release new products – often ahead of the time. Korg then marked a return to the Professional arranger market with the introduction of the Pa1X Pro in 2003. Korg continued to push the boundaries by releasing the OASYS (Open Architecture Synthesis Studio workstation) in 2005. We are a company of musicians and music enthusiasts who see ourselves as your musical partner. Korg UK is part of the worldwide family of Korg companies. We are also the home of the music industry legend that is Vox Amplification, with our British Research and Development Centre continuing the proud heritage of this iconic brand, the choice of so many celebrated guitarists for over sixty years. We are also the exclusive distributors in the UK and Republic of Ireland for a portfolio of world class brands including Takamine guitars, Mapex drums, Paiste cymbals and Vic Firth percussion products and are committed supporters of the independent specialist music retailers who provide local, high-quality sales and service to our customers. Korg UK is also a highly active member of our local community, from holding learn-to-play days to our sponsorship of MK Dons F.C.
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Featured
CM-400 Contact Microphone
... Korg CM-400 Tuner Contact Microphone ...
Stirling, United Kingdom
1-10 Employees
We are experts in the design and manufacturing of Highland Bagpipes and offer full size and 3/4 size models. Stirling Bagpipes combines manufacturing workshop and a retail outlet. We offer bespoke bagpipes from our standard range but can also create tailor made sets according to our customer's specifications. We offer a full repair, restoration and refurbishment service, like a 'MOT' for your bagpipes. We offer shipping to more than 100 countries around the world. Stirling Bagpipes is a globally recognised maker and repairer of Scottish Traditional Bagpipes and has been mentioned in untold newspapers, magazines and even TV productions.
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Featured
Korg TM-60C Combo Tuner Metronome + Contact Microphone
... Korg TM-60C Combo Tuner Metronome + Contact Microphone ...
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Featured
Korg CM200BKRD Contact Microphone
... Korg CM200BKRD Contact MicrophoneThe CM-200 is a contact microphone that ...
Radebeul, Germany
1-10 Employees
Meine Bestellung wurde sofort bearbeitet und kam sehr schnell an.
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Featured
MHH Contact Microphone
... MHH Contact Microphone - Kontakt-Mikrofon - zum verbinden von Instrumenten mit Stimmgeräten o.ä. - Klemmkontakt - mit 6,3mm ...
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Featured
Contact Microphone Korg CM-300
... Voices without background noise With the help of this contact microphone, tuning can be performed regardless of the volume of the surroundings. It is used as a connection between instrument and tuner. A clip is attached to the instrument, the other end is plugged directly into the tuner. ...
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Featured
Korg Contact Microphone CM-300BK Black
... -cm200bk-black-contact-microphone – John ...
Amsterdam, Netherlands
1-10 Employees
2007
We are always looking for new ways for musical expression and want to learn something new every day!
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Featured
Accessories – KOMA Elektronik
... Contact Microphones (Pack of Two) ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Contact Microphone
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 35 |
| Amount of suitable service providers | 13 |
| Average amount of employees | 1-10 |
| Oldest suiting company | 1970 |
| Youngest suiting company | 2022 |
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A contact microphone, also known as a piezo microphone, is a type of microphone designed to sense audio vibrations through solid objects. Unlike conventional air microphones, which capture sound by detecting changes in air pressure, contact microphones pick up sound by directly converting vibrations from a solid material into an electrical signal. This is achieved through the use of a piezoelectric material, which generates a voltage when pressure is applied to it. The unique capability of contact microphones to detect sound vibrations through materials makes them incredibly versatile and valuable in a variety of applications. For instance, they are frequently used in the field of music production to amplify acoustic instruments like violins or guitars by capturing the vibrations of the instrument's body. Additionally, in sound design and field recording, contact microphones allow sound engineers to explore and capture a wide range of sounds that are otherwise inaudible through air transmission, such as the subtle groan of a bridge or the hum of an electrical appliance. This ability to pick up vibrational sounds that traditional microphones would miss has not only expanded the toolkit of audio professionals but has also broadened our understanding and appreciation of the sonic landscape around us, showcasing the impact of contact microphones in both artistic and scientific realms.
1. Direct Vibration Pickup
Contact microphones, also known as piezo microphones, excel in capturing sound directly from the source's vibration. This unique feature allows for the recording of audio in environments where ambient noise would otherwise overwhelm a traditional microphone. By attaching directly to the surface of an instrument or object, these microphones can pick up nuanced sounds that air-based microphones might miss.
2. Versatility in Use
One of the standout advantages of contact microphones is their versatility. They can be used on a wide variety of surfaces and materials, including wood, metal, glass, and even underwater. This adaptability makes them an invaluable tool for experimental musicians, sound designers, and researchers who require precise sound capturing capabilities across diverse mediums.
3. Isolation from Ambient Noise
The design of contact microphones inherently isolates the sound source from ambient noise. This isolation is particularly beneficial in loud environments or when seeking to capture the pure sound of an instrument without room acoustics or external noise interference. For filmmakers and sound engineers, this means cleaner, more focused recordings without the need for extensive post-production filtering.
4. Affordability
Compared to many traditional microphones, contact microphones tend to be more affordable, making them an excellent option for budget-conscious creators. Their low cost, coupled with their unique sound capturing capabilities, provides a high value for artists and professionals looking to expand their audio recording toolkit without breaking the bank.
While evaluating the different suppliers make sure to check the following criteria:
1. Frequency Response Range
Ensure the supplier offers microphones with a wide frequency response range that suits your application, capturing both high and low sounds accurately.
2. Sensitivity
Look for microphones with high sensitivity, crucial for picking up faint sounds or vibrations without the need for excessive amplification.
3. Build Quality
Assess the durability and build quality of the microphone to ensure it can withstand the conditions under which it will be used.
4. Compatibility
Confirm that the microphone is compatible with your existing equipment, including recording devices, amplifiers, and interfaces.
5. Warranty and Support
Check if the supplier offers a comprehensive warranty and customer support services to address any issues or concerns you might have post-purchase.
6. Price and Value
Evaluate the overall value the microphone provides, considering its performance, durability, and cost, to ensure it meets your budget and quality expectations.
7. Reviews and Reputation
Research customer reviews and the supplier’s reputation in the market to gauge reliability and customer satisfaction.
Contact microphones, known for their ability to capture sound vibrations through solid materials, find extensive applications across various industries. In the film and broadcasting sector, these devices are critical for capturing ambient sounds or dialogues without the interference of background noise, ensuring clear and focused audio for post-production. This feature makes them invaluable for creating immersive soundscapes in movies and television. In the manufacturing industry, contact microphones play a pivotal role in predictive maintenance. By attaching these microphones to machinery, companies can monitor the equipment’s vibrations and detect any irregularities. This early detection of potential issues can prevent costly downtimes and prolong the lifespan of machinery, making it a cost-effective solution for maintaining operational efficiency. The music industry also benefits significantly from the use of contact microphones. Musicians and sound engineers use them to amplify acoustic instruments, such as violins or guitars, during live performances or recording sessions. This amplification technique preserves the instrument's natural sound quality, offering a more authentic and rich auditory experience. Lastly, in security and surveillance, contact microphones serve as discreet listening devices. They can be installed on surfaces like windows or walls to detect vibrations and sounds, providing a subtle means of monitoring spaces for unauthorized access or activities. This application is particularly useful in environments that require high-security measures.
Contact microphones, also known as piezo microphones, have achieved a high Technology Readiness Level (TRL), typically situated around TRL 9. This advanced TRL denotes that contact microphones have not only been fully developed but are also being actively implemented in real-world applications. The justification for this high TRL stems from several technical factors. Firstly, the underlying technology, which relies on piezoelectric effects to convert vibrations from solid surfaces into electrical signals, is well-understood and has been thoroughly researched. Additionally, advancements in materials science have allowed for the production of more sensitive and durable piezo materials, enhancing the performance and reliability of these microphones. The integration of contact microphones into various fields, from music production, where they capture the vibrations of musical instruments directly, to security and surveillance, as well as structural health monitoring of buildings and bridges, illustrates their versatility and effectiveness. The broad adoption and integration into commercial products further underscore their maturity and the robustness of the technology underpinning contact microphones. This widespread utilization across diverse applications is a clear indicator of their high TRL and the technical achievements that have enabled their current status.
In the Short-Term, advancements in contact microphone technology are poised to focus on enhancing sensitivity and noise reduction capabilities. Manufacturers are expected to integrate more refined materials and designs that allow for clearer sound capture, even in environments traditionally challenging for audio recording. This phase will likely see the emergence of microphones with improved surface resonance detection, making them more versatile for a broader range of applications, from musical instrument amplification to surveillance. Moving into the Mid-Term, the integration of smart technologies and IoT compatibility will mark a significant leap. Contact microphones will become smarter, with embedded chips capable of processing and transmitting data in real-time. This development will facilitate the creation of advanced audio-based applications, including real-time sound analysis and enhanced security systems. Additionally, these microphones will start to feature adaptive response mechanisms, automatically adjusting to different surfaces and sound frequencies to optimize audio capture quality. In the Long-Term, we anticipate the advent of nanotechnology in contact microphone production. This innovation will lead to the creation of ultra-sensitive and flexible microphones that can be applied to almost any surface, expanding their utility beyond current limitations. These microphones will be capable of capturing a wider range of frequencies, including those beyond human hearing, opening new possibilities for scientific research, environmental monitoring, and even healthcare diagnostics. The convergence of nanotechnology and artificial intelligence in contact microphones will redefine what is possible in audio capture and analysis.
Some interesting questions that has been asked about the results you have just received for Contact Microphone
What are related technologies to Contact Microphone?
Based on our calculations related technologies to Contact Microphone are Magnets, Printed Electronics, Industrial Amplifiers, Electronic Transducers, Electronic Oscillators
Who are Start-Ups in the field of Contact Microphone?
Start-Ups who are working in Contact Microphone are Piezo Pickups
Which industries are mostly working on Contact Microphone?
The most represented industries which are working in Contact Microphone are Commerce and Shopping, Media and Entertainment, Retail Trade, Others, Consumer Electronics
How does ensun find these Contact Microphone Suppliers?
ensun uses an advanced search and ranking system capable of sifting through millions of companies and hundreds of millions of products and services to identify suitable matches. This is achieved by leveraging cutting-edge technologies, including Artificial Intelligence.
