Wholesale Sensory Toys Just in One Place

Sensory toys can provide a wide range of benefits for special-needs students.
1. For Autism Spectrum Disorder (ASD) students
    Autistic students often have sensory-processing differences. Sensory toys can help them manage their sensory input. For example, fidget toys like squishy balls or textured cubes provide tactile stimulation. When an autistic student squeezes a squishy ball, the soft, pliable texture gives them a calming sensory experience. It helps them focus their attention and can reduce anxiety or restlessness that may arise from over – or under-stimulation of other senses.
Some autistic students may also be attracted to toys that produce repetitive sounds or visual patterns. A spinning top with bright colors and a rhythmic spinning sound can hold their attention and give them predictable sensory input, which they find comforting and can help them self-regulate.
2. For students with Attention – Deficit/Hyperactivity Disorder (ADHD)
    Sensory toys can assist students with ADHD in improving their focus and impulse control. Fidget spinners, for instance, allow students to have a small, quiet movement in their hands while they are supposed to be sitting still and listening. Spinning the fidget spinner can occupy the part of their brain that craves movement, allowing them to better concentrate on the task, such as listening to a teacher or doing a worksheet.
Weighted lap pads are also beneficial. The gentle pressure of the weighted lap pad on the student’s lap provides deep-pressure stimulation. This can have a grounding effect, helping the student with ADHD feel more settled and less fidgety and ultimately improving their attention span.
3. For students with Sensory – Processing Disorder (SPD)
    These students have difficulty processing and integrating sensory information from the environment. Sensory toys can provide a controlled way to expose children to different sensory stimuli and help them learn to tolerate and process these sensations better.
For example, sensory bottles filled with materials like glitter, water, and small beads can provide visual and tactile stimulation. As the students shake the bottles and watch the materials move, they learn to regulate their response to the changing visual and tactile input. Tactile brushes with different bristle textures can also be used to desensitize or sensitize the students’ sense of touch, depending on their specific needs.

Therapy putty exercises involve using putty to improve hand strength, dexterity, and fine – motor skills. Here’s a more detailed look:
1. Hand Strengthening Exercises
Squeezing: One of the most basic exercises is squeezing the therapy putty. This can be done in different ways. For example, a person can make a fist around the putty, squeeze it as hard as they can for a few seconds, and then release it. This helps to build the strength of the muscles in the hand and forearm. It benefits individuals recovering from hand injuries, such as fractures or tendon repairs, and those with conditions like arthritis that may cause hand weakness.
Pinching: Another exercise involves pinching the putty between the thumb and fingers. You can start with a small amount of putty and try to pinch it into different shapes. This targets the small muscles in the hand that are responsible for precision movements. It’s useful for improving grip strength and is often used in occupational therapy for patients who need to regain hand function after a stroke or nerve damage.
2. Dexterity and Fine – Motor Skill Exercises
Rolling and Shaping: Rolling the putty into a ball, snake, or other shapes helps to improve hand dexterity. For example, you can roll the putty into a long, thin snake and then coil it to form a spiral. This requires coordinated movements of the fingers and palm and is beneficial for writing, buttoning clothes, or using utensils.
Finger Isolation Exercises: It is also important to use putty to isolate finger movements. For instance, you can press a small piece of putty with just one finger at a time, such as the index finger, while keeping the other fingers still. This helps to improve the independent movement of each finger, which is crucial for tasks like typing or playing a musical instrument.
Stretching and Tearing: Stretching the putty apart or tearing it into smaller pieces can also enhance fine – motor skills. This requires strength and control, as you must apply just the right amount of force to stretch or tear the putty without using too much or too little. It’s useful for activities that involve manipulating objects of different consistencies.

Therapy putty can dry out over time, but it depends on several factors.
1. Type of putty and ingredients
    Some therapy putties are made with a higher oil content. These tend to have a longer shelf life and are less likely to dry out quickly. For example, silicone-based putties usually retain their moisture better than water-based ones. The silicone provides a barrier that slows down the evaporation of any moisture present in the putty.
However, putties that are more clay-like or have a significant amount of water-soluble components are more prone to drying. If the putty is made from natural clays and has few added preservatives, it can dry out and become hard relatively quickly.
2. Storage conditions
    Temperature plays a crucial role. If therapy putty is stored in a very warm environment, the rate of evaporation of its moisture content will increase. For instance, it may dry out faster if it’s left near a heater or in a hot car.
Another factor is exposure to air. If the putty is left out of its container with a large surface area exposed to the air, it will dry more rapidly. To minimize air contact, it’s best to store it in an airtight container.
Humidity also matters. In a dry climate with low humidity, the putty will likely lose its moisture and dry out. Conversely, in a more humid environment, it may retain its pliability for longer.