TUNING FORK S.S

TUNING FORK S.S Specification

Measurement Range
Available as per requirements (generally 128 Hz to 4096 Hz)

Accuracy
Precision tuned (+/- 0.5 Hz)

Features
Corrosion-resistant, Durable, Polished Finish, Accurate Frequency, Easy to Clean, Non-magnetic

Storage Instructions
Store in dry, clean environment

Frequency
Available in standard tones: 128 Hz, 256 Hz, 512 Hz, 1024 Hz (and others upon request)

Usage Type
Reusable

Function
Produces and sustains a pure, consistent acoustic tone when struck

Shelf Life
Indefinite

Instruments Type
Sound/Vibration Measuring Instrument

Equipment Type
Tuning Fork

Material
Stainless Steel (S.S)

Condition
New

Technology
Manual, Traditional Acoustic Resonator

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent during rest, creates clear audible vibration on strike

Operating Type
Manual Strike

Use
Sound Experiments, Physics Demonstrations, Medical Diagnostics, Tuning Instruments

Power Source
None (Manual/Mechanical)

Dimension (L*W*H)
Standard lengths available: 100 mm to 200 mm (varies by frequency)

Weight
Lightweight (Varies by length and frequency, generally 50150g)

Color
Silver metallic finish

Chemical Resistance
Resistant to mild acids and alkalis

Edge Type
Smooth, Rounded Edges

Sterilization
Can be sterilized using standard procedures

Resonance Time
Optimized for prolonged vibration

Handle
Integrated Flat Stem for Easy Holding

Finish
Highly Polished Surface

Application Fields
Laboratory, Hospitals, Educational Institutions, Music Schools

Marking
Frequency marked on each fork

About TUNING FORK S.S

Tuning Fork S.S Definition

Based on the provided search results, a tuning fork is an acoustic resonator consisting of a two-pronged fork with elastic metal tines, typically made of steel. When struck, the tines vibrate at a specific constant pitch, emitting a pure musical tone. Here are some key aspects and applications of tuning forks:

Properties:

Resonates at a specific constant pitch when set vibrating
Emits a pure musical tone once high overtones fade out
Traditionally used to tune musical instruments, although electronic tuners have largely replaced them
Can be used as a pitch standard

Applications:

Music and Instrument Tuning: Tuning forks were originally used to tune musical instruments, particularly in the 18th and 19th centuries. They provided a reliable standard for pitch and frequency.
Healing and Sound Therapy: Tuning forks are now used in sound healing and therapy, believed to have subtle healing powers and calming effects. They can help center and ground individuals, reducing stress and anxiety.
Rituals and Ceremonies: Tuning forks can be used in various rituals and ceremonies, such as clearing space, preparing for change, and discovering ones unique way of life (kurashi).
Scientific and Research Purposes: Tuning forks have been used in scientific research, particularly in the 19th century, as high-precision timing standards and for measuring vibrations and frequencies.

Precision and Reliability

Constructed from high-grade stainless steel and precision-tuned for accuracy within 0.5 Hz, this tuning fork ensures consistent acoustic performance. The frequency is clearly marked on each fork for quick identification, and the durable, corrosion-resistant design stands up to frequent handling in diverse environments.

Versatility Across Disciplines

Perfectly suited for laboratory experiments, medical diagnostics, music instruction, and acoustic demonstrations, this tuning fork offers reliable performance for professionals and educators alike. Its optimized resonance time and smooth tone support a wide range of sound and vibration applications.

User-Friendly and Maintenance-Free

The integrated flat stem allows for easy holding, while the fork's surface is highly polished for effortless cleaning. Chemical resistance to mild acids and alkalis ensures long-lasting utility, and the non-magnetic, manual operation requires no external power, making it portable and reusable with an indefinite shelf life.

FAQ's of TUNING FORK S.S:

Q: How do I use the stainless steel tuning fork for sound experiments or medical diagnostics?

A: To use the tuning fork, firmly hold it by the integrated flat stem, strike one of the tines against a rubber striker or a firm surface, and place it near the test subject or instrument. The fork will produce a sustained, pure tone ideal for medical examinations or acoustic experiments.

Q: What frequencies are available for this tuning fork, and are custom frequencies possible?

A: Standard frequencies include 128 Hz, 256 Hz, 512 Hz, and 1024 Hz. Additional frequencies can be provided upon request to accommodate specialized experiments or musical requirements.

Q: When and how should the tuning fork be sterilized for clinical use?

A: Sterilize the fork using conventional procedures-such as autoclaving or chemical disinfectants-before each clinical session, especially if there is a risk of contamination between patients. The fork's stainless steel construction ensures compatibility with common sterilization methods.

Q: Where is this tuning fork commonly used?

A: This tuning fork is widely used in laboratories, hospitals, educational institutions, and music schools across India for activities such as physics demonstrations, medical diagnostics (like hearing tests), and tuning musical instruments.

Q: What is the process for measuring frequency accuracy and maintaining it?

A: Each tuning fork is precision machined and individually tested to ensure frequency accuracy within 0.5 Hz. To maintain its performance, avoid dropping or bending the fork, and store it in a dry, clean environment as recommended.

Q: What are the main benefits of choosing this tuning fork?

A: Key advantages include highly accurate and consistent tone, corrosion resistance, ease of sterilization and cleaning, reusability, and a durable, portable design suitable for repeated professional and educational use.