• Used to test Finger Dexterity
  
• 2 pc Tweezer S.S
• Laminated board has 100 holes to place in pegs & covered recess to store parts.
• degree of eye-hand coordination testing Equipment

Tests manipulative dexterity of right & left hand, individually & simultaneously. Measures dexterity in activities involving gross movements of fingers hand & arm; also measures efficiency in activities involving primarily "tip of the finger" dexterity. Specialized test requires using tweezers to place pins in holes requires precision, steadiness, and a high degree of eye-hand coordination. Set consists of : Laminated board has 100 holes to place in pegs & covered recess to store parts. 2 Tweezer S.S. Plain Black pins

Dexterity refers to the ability of a person to use the fingers, hands and arms to perform a task. ... To pre-screen employees for jobs that rely on fine motor skills and coordination, dexterity tests measure the use of a person's fingers, hands and arms while performing certain tasks.

What are Dexterity Tests?

Dexterity refers to the ability of a person to use the fingers, hands and arms to perform a task. Some people are ambidextrous, which means they have the ability to perform tasks with the same or similar skill level using either the right or left hand. Dexterity skill levels are as varied as the tasks that are performed by individuals every day. For these tasks to be grouped and understood so skill levels can be compared between individuals, or to ensure that improvements can be measured, dexterity tests are used across a broad spectrum of fields and industry.

These tests allow staffing agencies to compare individual test results with the acquired standards to determine skill level. To pre-screen employees for jobs that rely on fine motor skills and coordination, dexterity tests measure the use of a person’s fingers, hands and arms while performing certain tasks. Types of jobs that often require passing hand dexterity tests are assembly line work, watch repair or lab work. Assembly line work often includes fast manipulation of small objects and working with small parts. The tests give employers a good indication of how well a person will do at a particular job as well as an assessment of their manual abilities.

What is a finger dexterity test and what does it entail?

Dexterity explained

Dexterity refers to the motor skill abilities in a person's hands. These are also referred to as fine motor skills. This is because they involve the use of small muscles in the hands and fingers. Essentially, dexterity requires the motor coordination of the hands and fingers with the eyes to produce a desired movement.

A certain degree of finger dexterity is required when manipulating small objects. In everyday life, finger dexterity is required for tasks such as doing up and undoing buttons, or using a knife and fork or chopsticks.

Finger dexterity in the workplace

A person may need to place, turn, pinch, push or pick up small objects as part of their job tasks. In the workplace, finger dexterity is required for tasks such as turning pages, typing, writing, pushing buttons, or operating intricate machinery.

Professions that involve a high level of manual dexterity require the worker or professional to be able to execute and repeat certain movements accurately. High levels of manual dexterity are required for surgeons, dentists, pilots and mechanics. Administrative positions like personal assistants also require good levels of finger dexterity in order to be able to type quickly and effectively.

Why use a finger dexterity test?

Finger dexterity tests help to evaluate the fine motor skill abilities of individuals. This is important in order to determine the suitability of an individual for a job that relies on fine motor skills. For this reason, testing can be used as a pre-employment screening tool.

Dexterity tests are also used in physical therapy. The tests enable therapists to measure the rehabilitation progress of an individual and provide appropriate treatment.

What finger dexterity tests are available and what do they involve?

There are a number of finger dexterity tests available. Some must be carried out by doctors or physical therapists. Others may come in a kit form and do not require professional training in order to administer. The tests may involve a number of steps including observation, palpation and various movement assessments.

The Minnesota Rate of Manipulation test is one type of finger dexterity test. It assesses speed and accuracy when turning and placing objects. It may be used in a rehabilitation or disability evaluation setting.

The Purdue pegboard test also has a fine motor skill component to the test. It could be used in an occupational therapy setting, and also for pre-employment screening.

A workplace employer who is considering the use of manual dexterity tests should evaluate the relevance of each available test for the applicable job role. This will enable them to select the most appropriate test to use in pre-employment screening.

Dexterity tests additionally allow occupational and physical therapists to develop rehabilitation plans for patients and to measure the effectiveness of their programs. They can help identify and evaluate certain forms of brain damage, identify neurologically based learning disabilities, and can assist in diagnosing dyslexia.

Dexterity Tests

Introduction

Dexterity refers to the ability of a person to use the fingers, hands and arms to perform a task. The quality of performance in daily living skills, work-related functioning, and recreational activities is determined to a large degree by hand function and manual dexterity. The hand has to be able to undertake extremely fine and sensitive movements and must also be able to perform tasks requiring considerable force.

A high degree of manual dexterity is a central feature of the human upper limb. A rich interplay of sensory and motor components in the hand and fingers allows for independent control of fingers in terms of timing, kinematics and force.

Dexterity tests measure the accuracy of hand and finger movements under controlled conditions. They help physical therapists to develop rehabilitation plans for patients and to measure the effectiveness of their programs. They can help identify and evaluate certain forms of brain damage, identify neurologically based learning disabilities, and musculoskeletal disabilities.