BSE-0120 Algometer

BSE-0120 Algometer Specification

Accuracy
0.1 kg/cm

Condition
New

Control Mode
Digital

Power Source
Manual

Type
Algometer

Model
BSE-0120

External Size
Handheld

Material
Stainless steel & high-grade plastic

Dimension (L*W*H)
Approx. 22 x 3 x 3 cm

Surface Finish
Smooth

Application
Measurement of pain threshold/pressure pain sensitivity

Display
Clear digital readout

Probe Size
1 cm² (standard tip)

Weight
Approx. 250 g

Operating Temperature
0°C to 50°C

Range
0 to 10 kg/cm² (approx.)

Compliance
Meets standard physiotherapy and research guidelines

Resolution
0.01 kg/cm²

Operating Environment
Laboratory and clinical settings

BSE-0120 Algometer Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Month

Delivery Time
7-10 Days

About BSE-0120 Algometer

Order the renowned BSE-0120 Algometer to experience top-notch measurement of pain threshold and pressure pain sensitivity. With its competitive pricing and scarce availability among suppliers, this device is an astonishing addition to any laboratory or clinical setting. Offering a precise range of 0 to 10 kg/cm2 and a clear digital readout with a resolution of 0.01 kg/cm2, it guarantees accuracy (0.1 kg/cm2) and compliance with physiotherapy and research guidelines. Its smooth finish, handheld operation, and use of stainless steel with high-grade plastic set it apart for reliable performance. Manufactured in India, this model epitomizes quality and innovation.

Exceptional Material and Versatile Application

The BSE-0120 Algometer boasts a robust combination of stainless steel and durable high-grade plastic, ensuring longevity and consistent performance. Designed for efficient surface application on skin, the standard 1 cm2 probe allows precise measurements for pain sensitivity in laboratory and clinical settings. This handheld device is crafted to meet the exacting demands of physiotherapy and research laboratories, making it a highly sought-after tool for professionals in diverse plant and medical applications.

Packaging, Sample Options, and Payment Flexibility

Each BSE-0120 Algometer is carefully packaged and handed over to ensure protection during transit, preserving its market value upon delivery. Sample units are available for evaluation, providing buyers confidence in their purchase decision. Flexible payment terms accommodate different buyer requirements, ensuring a seamless transaction process. This delivery model underscores the manufacturer's commitment to reliability and satisfaction, establishing trust in the Indian market and beyond.

FAQ's of BSE-0120 Algometer:

Q: How do I use the BSE-0120 Algometer to measure pain threshold?

A: To measure pain threshold, position the standard 1 cm2 probe gently on the area of interest, apply increasing pressure while observing the clear digital readout, and record the value at which pain is first perceived.

Q: What are the benefits of the digital display and high resolution?

A: The clear digital display and 0.01 kg/cm2 resolution enable precise, real-time readings, enhancing measurement accuracy and supporting thorough clinical or research evaluation.

Q: When can I expect my order for the BSE-0120 Algometer to be delivered?

A: Once your order and payment are confirmed, the algometer will be handed over for shipment. Delivery timelines may vary depending on your location, but efficient processing ensures prompt dispatch.

Q: Where is the BSE-0120 Algometer manufactured and supplied from?

A: This algometer is manufactured and supplied by a reputable company in India, known for producing top-notch laboratory and clinical equipment.

Q: What payment terms and sample options are available for buyers?

A: Flexible payment terms are offered, including options tailored to customer requirements. Sample units are available so you can assess product suitability before making a bulk or long-term purchase.

Q: How does the algometer comply with physiotherapy and research standards?

A: The BSE-0120 Algometer meets standard physiotherapy and research guidelines, ensuring its reliability and acceptance in professional clinical and laboratory environments.

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