Supported Products

• Key Features: A powerful 7-inch touchscreen magnifier. Unlike basic magnifiers, Juno has a rotating camera that can point at a book (reading), a whiteboard (distance), or even yourself (mirror). It also features OCR, which means it can take a picture of text and read it out loud to you.

• Best for: Students or professionals who need to read and write.

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• Best for: Quick, "point-and-read" tasks.
• Key Features: This is a rugged, pocket-sized device with a 4.3-inch screen. It features a fold-out handle, making it feel like a traditional magnifying glass but with a crystal-clear HD screen. It can magnify up to 13x and allows you to freeze an image to look at it more closely.

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• Best for: Versatile use at a desk or table.
• Key Features: A sleek, foldable 13-inch monitor that provides high-definition magnification up to 150x. It’s very easy to use with physical knobs and buttons. It has three camera modes—Reading, Distance-view (for seeing the front of a room), and Self-view—making it a favorite for student.

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• Best for: The "power user" who wants a tablet and a magnifier in one.
• Key Features: This is a "Magnifier and Tablet Together." It consists of a powerful Android tablet docked in a specialized stand. It can magnify documents, perform advanced OCR (reading whole pages aloud), and because it’s a tablet, you can also check email, use Google Suite, or download educational apps.

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• Best for: Students and highly mobile users.

• Key Features: A compact, 20-cell display that fits easily in a backpack. It features a traditional Perkins-style keyboard (8 keys) and includes "smart" onboard apps like a notepad, calculator, and library. It's unique because it comes with customizable colorful "bumper" cases to match the user's style.

Mantis Q40

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• Best for: Professionals and students who prefer a standard keyboard.

• Key Features: This is a first-of-its-kind device that pairs a full QWERTY laptop-style keyboard with a 40-cell braille display at the bottom. It allows users to type as they would on a computer while feeling the braille output simultaneously. It can connect to up to 5 Bluetooth devices at once.

Monarch

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• Best for: Advanced tactile learning and graphics.

• Key Features: A revolutionary "braille tablet" roughly the size of a laptop. Instead of just one line of braille, it features a large multi-line display that can render tactile graphics (like maps, charts, and geometry) alongside text. It’s a game-changer for STEM subjects where seeing the "shape" of data is essential.

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• Best for: Early braille learners and classrooms.

• Key Features: An electronic, Wi-Fi enabled device that turns learning braille into a game. It provides instant audio feedback and uses a "gamified" curriculum to teach reading, writing, and spelling. It includes both a braille keyboard and an electronic slate to help students master various writing methods.

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• Best for: High-volume text printing.

• Key Features: A "workhorse" embosser designed to churn out high-quality braille quickly (140 characters per second). It uses tractor-fed paper and is known for being easy to set up wirelessly. It’s ideal for schools or offices that need to produce long documents or books regularly.

PixBlaster

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• Best for: High-quality tactile graphics.

• Key Features: While it prints text beautifully, its specialty is tactile images. It uses variable dot heights to represent different colors and shades, allowing a user to "feel" a picture. It’s the perfect companion for art, science, or geography materials where detail matters most.

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• Best for: Preschoolers and early elementary learners.

• Key Features: A friendly, bright robot mouse that users program using directional buttons on its back (forward, back, left, right). It includes physical "coding cards" that match the colors of the buttons, helping students plan their "code" on the table before entering it into the mouse to navigate a maze.

Code Jumper

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• Best for: Inclusive classrooms and students with visual impairments.

• Key Features: Originally designed by Microsoft, this is a physical programming language. Instead of writing code on a screen, students connect plastic "pods" together. Each pod represents a command (like a sound, a loop, or a pause). By turning dials on the pods, students change the code's parameters and "play" their program to hear the results.

• Best for: Learning orientation and mapping skills.

• Key Features: A fully accessible iPad/iPhone app where players guide an astronaut through a grid-style world. It is completely compatible with VoiceOver and supports accessibility switches. Students learn "if-then" logic and sequencing by planning the shortest path to a spaceship.

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• Best for: Aspiring engineers and programmers (Ages 8+).

• Key Features: These kits use "snaps" to connect electronic components (like lights, fans, and sensors) on a grid. The Access Kit version includes braille labels on every part and a tactile "breadboard" with row/column coordinates (A1, B2, etc.), allowing students to build complex circuits independently.

• Snapino: Focuses on the Arduino platform, introducing students to real-world microcontroller coding through tactile hardware.

RC Snap Rover

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• Best for: Applying coding to movement and remote control.

• Key Features: A heavy-duty, motorized rover that students build themselves. Using the accessible snap-together parts, they can create a remote-controlled vehicle, a light-following robot, or even a water detector.

Bric Structures

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• Best for: Combining building blocks with electronics.

• Key Features: This kit allows students to combine standard building bricks (like LEGO®) with Snap Circuits. It teaches how structural engineering and circuitry work together, allowing students to build skyscrapers with working lights or moving elevators that are fully tactile.

Best for: Users whose vision may change throughout the day or who need both tools.

Key Features: Fusion is the "all-in-one" solution. It combines the magnification power of ZoomText with the full screen-reading capabilities of JAWS in a single package. It’s perfect for offices or schools where multiple users may have different needs.

Best for: Users who are blind or have very low vision.

Key Features: The world’s most popular screen reader. JAWS converts every element of a computer screen—text, buttons, links, and even complex tables—into speech or Braille output. It allows for complete computer navigation using only a keyboard.

Best for: Users with low vision who need visual enhancements.

Key Features: This is the industry-standard screen magnifier. It can enlarge everything on the screen up to 60x, change colors to reduce glare (like white text on a black background), and provide a "high-visibility" pointer and cursor so you never lose your place.

Best for: Individuals with visual impairments and cognitive or fine motor challenges.

Key Features: A rugged, simplified personal music and audiobook player. It features large, high-contrast buttons and "twist-on" caps that can hide unused buttons to reduce confusion. It’s designed to be nearly indestructible and very easy to operate, even for those with significant motor limitations.

Best for: Developing basic visual skills and hand-eye coordination.

Key Features: A bright, evenly lit surface used to help students with low vision "see" objects, shapes, and colors more clearly through high contrast. The LED version is lightweight, dimmable, and can be used with various translucent overlays to practice tracking and scanning.

Best for: Users with limited motor control or physical mobility.

Key Features: A large, highly sensitive activation button that can be used to control battery-operated toys or appliances. It features different "modes" (like a timer or a "latch" where one press turns it on and the second turns it off), allowing users to gain independence in their daily environment.