Finger Maze Apparatus (T Shape)Electrical in Box

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Finger Maze Apparatus (T Shape)Electrical in Box Specification

Voltage
220V AC

Power Consumption
Less than 10W

Power Supply
Mains powered (AC)

Usage
Laboratory coordination tests, psychology experiments, motor skill assessment

Product Type
Finger Maze Apparatus (T Shape)Electrical in Box

Material
High-quality acrylic and metal components

Size
Approx. 36 cm (L) x 20 cm (W) x 12 cm (H)

Style
T-shaped finger maze, boxed design

Weight
Approx. 2.1 kg

Feature
Electrical maze with error buzzer, transparent enclosure, adjustable box lid

Color
Transparent with black, red, and metallic accents

Operating Environment
Indoor, dry conditions

Maintenance
Easy to clean with accessible internal parts

Safety
Shockproof electrical system, non-slip base

Buzzer Type
Instantaneous acoustic error buzzer

Control Panel
Integrated with mains switch and error signal lamp

Application Field
Neurophysiology, psychomotor studies, educational labs

Maze Type
T-shaped labyrinth track

Enclosure
Sturdy box with clear lid for observation

Probe
Precision metal stylus with insulated handle

About Finger Maze Apparatus (T Shape)Electrical in Box

Experience the hot-selling Finger Maze Apparatus (T Shape) - Electrical in Box, engineered for towering performance in educational and research settings. Purchase this immaculate device, featuring an integrated control panel with mains switch and error signal lamp, and redeem precision in every coordination test. The rarefied T-shaped labyrinth combines a clear observation lid, non-slip base, and a shockproof design. Equipped with an instantaneous error buzzer, high-quality acrylic and metal parts, and an insulated stylus, it is ideal for neurophysiology, psychomotor studies, and psychology experiments. Distributed by India's leading manufacturer, supplier, and exporter.

Enhanced Features & Versatile Usage

The Finger Maze Apparatus (T Shape)-Electrical in Box showcases extra features such as an adjustable box lid, accessible internal parts for effortless maintenance, and a precision metal probe with an insulated handle. Designed for advanced laboratory coordination tests, psychology experiments, and motor skill assessments, this reliable device offers shockproof safety and a clear lid for unobstructed observation. It is the preferred choice for educational labs, neurophysiological studies, and psychomotor research.

Certifications, Export Information & Sales

Each Finger Maze Apparatus (T Shape)-Electrical in Box is shipped under certified standards from major Indian ports. Sale price and exchange options are available upon inquiry. Shipped goods reach main export markets in Asia, Africa, and the Middle East, ensuring quality assurance and prompt delivery. It is ideal for international distributors, suppliers, and traders seeking premium laboratory apparatus with proven reliability. FOB port details and documentation are provided for every transaction.

FAQ's of Finger Maze Apparatus (T Shape)aElectrical in Box:

Q: How does the error buzzer function in the Finger Maze Apparatus (T Shape)?

A: The error buzzer instantly emits an acoustic signal when the probe touches maze boundaries, alerting users to coordination errors during laboratory tests.

Q: What makes the enclosure of this apparatus suitable for observation?

A: The sturdy box is equipped with a transparent, clear lid, allowing seamless observation of the user's movements and experimental progress.

Q: When should the Finger Maze Apparatus be used in educational labs?

A: It is recommended for use in motor skill assessments, neurophysiology exercises, and psychomotor studies, especially during psychology and coordination experiments.

Q: Where is the main export market for this apparatus?

A: The apparatus is primarily exported to Asia, Africa, and the Middle East, serving numerous educational and research institutions internationally.

Q: What process should be followed for maintenance?

A: Maintenance is straightforward-simply open the accessible internal parts and clean the device as required for continued immaculate performance.

Q: How does the apparatus benefit psychomotor research?

A: Its error signaling, precise metal stylus, and shockproof safety features enable accurate evaluation of both motor coordination and neurophysiological responses.

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