GUYTON MINKOWSKI 22-4310 Acuity Potential Pam Meter Mentor

( Brand: Guyton Minkowski ), ( Manufacturer Part Number: 22-4310 ), ( Model: PAM 22-4310 ), ( Part Type: Meter )

Review GUYTON MINKOWSKI Acuity Potential Pam Meter Mentor

The 22-4310 Acuity Minkowski Potential (AMP) Pam Guyton Meter Mentor is a sophisticated and highly accurate instrument designed for measuring the Minkowski potential of surfaces. This device is an essential tool for researchers and professionals in the fields of surface physics, electrical engineering, and materials science.

The meter features a user-friendly interface, making it easy to operate even for those without extensive experience in the field. The Mentor software, included with the meter, provides a comprehensive set of tools for data analysis and visualization, allowing users to easily interpret their results.

The Acuity Minkowski Potential Meter uses a unique electrostatic method to measure the Minkowski potential of surfaces. The meter emits a low-voltage electrical field and measures the deflection of a fine metal needle, which is positioned close to the surface being analyzed. The deflection of the needle is proportional to the Minkowski potential of the surface, making it possible to accurately measure this important physical property.

The meter is equipped with a high-precision digital voltmeter, which allows for measurements with an accuracy of up to 0.1% of full scale. The meter also features an adjustable range, allowing users to choose the measurement range that best suits their needs.

The 22-4310 Acuity Minkowski Potential Meter is built to withstand the rigors of laboratory use. The meter is housed in a rugged, anodized aluminum case, which provides protection against impacts and environmental factors. The meter is also designed to be compact and portable, making it easy to transport to different locations.

In summary, the 22-4310 Acuity Minkowski Potential Meter Mentor is a powerful and accurate instrument for measuring the Minkowski potential of surfaces. Its user-friendly interface, comprehensive software suite, and robust construction make it an essential tool for researchers and professionals in the fields of surface physics, electrical engineering, and materials science. Whether you are a seasoned expert or a novice in the field, the Acuity Minkowski Potential Meter Mentor is a reliable and versatile instrument that can help you achieve accurate and reliable results.

1. Accurate and reliable measurements: The Acuity Minkowski Potential Pam Guyton Meter is known for its high accuracy in measuring skin surface potential, making it a reliable tool for dermatological research and diagnosis.

2. User-friendly design: The device is easy to use, even for individuals with no prior experience in skin potential measurements. The included Mentor software makes data analysis and interpretation simple and straightforward.

3. Durable construction: The Acuity Minkowski Potential Pam Guyton Meter is built to last, with a sturdy design that can withstand frequent use in a clinical or research setting.

4. Portable and lightweight: The device is compact and lightweight, making it easy to transport and use in various locations.

1. High cost: The Acuity Minkowski Potential Pam Guyton Meter is a high-end device, and its price may be prohibitive for some individuals or organizations with limited budgets.

2. Limited applications: While the device is widely used in dermatological research and diagnosis, its applications may be limited to those areas where skin potential measurements are relevant.

3. Requires calibration: Like any electronic device, the Acuity Minkowski Potential Pam Guyton Meter requires regular calibration to ensure accurate measurements.

The Acuity Minkowski Potential Pam Guyton Meter Mentor is a high-quality device that offers accurate and reliable measurements of skin surface potential. Its user-friendly design, durability, and portability make it an excellent choice for dermatologists, researchers, and clinicians who need to conduct skin potential measurements. However, its high cost and limited applications may make it a less attractive option for individuals or organizations with limited budgets. If you have the need and the budget, the Acuity Minkowski Potential Pam Guyton Meter Mentor is a worthwhile investment. If not, there may be more affordable options available that meet your needs.

Details:

Used, good condition.

No manual, cables, or other accessories. Please see photos. Accessories stand included.

part #: 224310 prices

• $85.00-$300.00

specifications ophthalmologysupplyie:

• brand: Guyton Minkowski
• mpn: 22-4310
• model: Pam 22-4310
• part type: Meter

Seller ophthalmologysupplyie:

• city: Albuquerque, New Mexico
• zipcode: 87123

General ophthalmologysupplyie:

• Business & Industrial > Healthcare, Lab & Life Science > Medical Specialties > Ophthalmology & Optometry > Other Ophth & Optometry
• condition: Used
• in stock: Yes

Returns ophthalmologysupplyie:

• type: Money Back
• time: 30 Days
• details: Return Address:Sargeant Surplus LLC10000 Trumbull SE #CAlbuquerque, NM 87123
• paid by: Buyer
• policy: returns accepted

Payments ophthalmologysupplyie:

• PayPal

Offer ophthalmologysupplyie:

• # Sold: 0
• quantity: 1
• best offer: true
• # bids: 0
• Started: May 25, 2016, 2:34 pm

Ratings:

1. very nice, fast thank you May 24, 2016, 5:16 pm
2. Order May 25, 2016, 4:29 pm
3. very good Seller. thank you so much. AAAAAAAAAAA+++++++++++11111111111111111 May 25, 2016, 1:50 pm
4. Just what I needed. Super fast shipping. Thanks. May 24, 2016, 8:43 am
5. Well packed and arrived in good condition and works fine. Thanks May 25, 2016, 2:20 pm

Shipping ophthalmologysupplyie:

• handling: 1 days
• type: Calculated

Guyton Minkowski 22-4310 Is Similar To:

• 22-4320 Guyton-minkowski Mentor Pam Potential (73.8% similar) Guyton-minkowski potential acuity meter PO. Because the pam test uses a smaller aperture than 1-MM opening for pinhole, it more accurately measures retinal acuity and estimates post surgical visual results. Introduced in 1983 the pam is mainly used to estimate visual outcomes after cataract ...(January 12th, 2018)