How We Help (Treatment Methods):

  • 3D Printing and Adaptive Design

  • Cognitive and Memory Support

  • Fine Motor and Upper Extremity Rehab

  • Home and Environment Assessments

  • Saebo Product Fitting, Ordering, and Treatment

  • Vivastim Vagus Nerve Stimulator Therapy

  • MyoPro Electric Orthosis Training

  • Sensory Regulation and Coping Programs

  • Vision Therapy

Custom 3D printed prosthetic for fingertip

3D Printing:

  • Custom Splints & Orthoses — 3D print lightweight, tailored supports for hand, wrist, or limb function.

  • Adaptive Devices — Design and print utensils, handles, and grips for everyday tasks.

  • Therapy Tools — Create puzzles and graded exercise objects for cognitive and motor rehab.

  • Environmental Aids — Produce home modifications (switches, key holders, medication organizers) to boost independence.

  • Rapid Prototyping — Quickly adjust and reprint items to match changing patient needs and progress.

Open planner with handwritten notes, a calendar, and dates for November, a cup of coffee placed on the planner, and a white background.

Cognitive and Memory Support:

  • Attention and Focus: Use strategies to improve concentration and task completion.

  • Memory Aids: Implement planners, checklists, and digital reminders.

  • Executive Skills: Strengthen organization, planning, and problem-solving.

  • Routine Building: Create structured daily habits for consistency.

  • Functional Application: Practice cognitive strategies in real-life tasks.

  • Compensatory Tools: Introduce adaptive methods to support independence.

Fine Motor and Upper Extremity Rehab:

Custom 3D printed Thumb Splint for Arthritis at the CMC joint

  • Strength and Coordination: Improve grip, dexterity, and control.

  • Range of Motion: Restore mobility through targeted exercises.

  • Neuromuscular Re-education: Rebuild normal movement patterns.

  • Functional Tasks: Practice everyday activities for skill carryover.

  • Custom Splinting and Positioning: Support alignment, comfort, and recovery.

  • Pain and Edema Management: Reduce discomfort to enhance use and function.

A person with red nail polish balancing a yellow perforated ball on a black paddle in an indoor ping pong or table tennis setting.

Saebo Product Fitting, Ordering, and Treatment

  • Rebuilds real movement: Saebo’s hand and arm devices promote active use of the affected limb — helping the brain reconnect through repetitive, meaningful motion.

  • Boosts independence: Clients can practice daily tasks safely and effectively, turning small wins into lasting functional gains.

  • Research-backed design: Each device supports neuroplasticity and recovery after stroke, brain injury, or other neurological conditions.

  • Custom-fitted for success: Orca Therapy provides personalized fitting and training to ensure comfort and proper use.

  • Guided follow-up: We integrate the device into therapy sessions so clients get the most benefit over time.

  • Simple ordering support: We assist with selecting and ordering the right Saebo product — no hassle, just hands-on help.

Saebo logo with mountains and text 'Saebo' and 'Saebo Certified' on a blue background.
A person's hand wearing a finger and hand therapist device holding a yellow and blue tennis ball, with another tennis ball in their other hand, demonstrating a therapy tool for hand rehabilitation.
An elderly woman with white hair wearing a pink sweater is smiling while using a rehabilitation robot arm to lift a pumpkin. The robot arm is metallic with blue accents, attached to a stand, and positioned over a yellow and red surface on a white table.

Vivastim VNS Therapy

Vivistim is an FDA-approved breakthrough device that works with the brain and body to make stroke rehabilitation therapy and daily activities more effective.

During rehabilitation exercises and daily activities, Vivistim is activated to gently stimulate the brain via the vagus nerve — this is known as Paired VNS™ therapy. Paired VNS therapy provides a boost to the brain that helps strengthen and create new neural pathways.

Most users don’t feel the stimulation. What they see is a noticeable improvement in hand and arm function over time. This allows users to achieve the goals that matter to them — preparing their food, buttoning their shirt, or playing cards.

A graphic titled 'Principles of Paired VNS Therapy' with a focus on active movement in therapy, by Vivistim. The graphic highlights task practice that emphasizes active, functional movements with the paretic upper limb, and discusses minimal hand-over-hand assistance from therapists.
Illustration of a person receiving VNS therapy for ischemic stroke rehabilitation, with a healthcare professional attaching a device to the person's arm and a laptop nearby.

MyoPro Electric Orthosis Training

Diagram of a prosthetic arm showing various parts labeled, including posterior and anterior harness clips, humeral and forearm cuffs, battery access, control panel, forearm bar and cuff, multi-articulating wrist, hand motor, finger saddle, thumb support, and hand shell.

The MyoPro Brace for Stroke Survivor's Paralyzed Arm

MyoPro is a powered arm and hand orthosis (brace) designed to help restore function to the wearer’s paralyzed or weakened upper extremities, helping individuals perform actions and daily activities that might otherwise be impossible. The MyoPro may also facilitate rehabilitation including muscle re-education and increasing range of motion.

What conditions can be helped by the MyoPro Orthosis?

The most common medical conditions are those involving neuromuscular and neurological disease or injury, including:

  • Stroke

  • Brachial Plexus Injury (BPI)

  • Brain Injury (BI)

  • Spinal Cord Injury (SCI)

  • Other Neurological Disease

View of a cloudy beach scene through a blurred window frame, with two people walking along the shoreline and a hilly coastline in the background.

Vision Therapy

  • Visual Scanning: Improve eye movement and tracking skills.

  • Visual-Motor Integration: Strengthen coordination between eyes and hands.

  • Oculomotor Control: Address pursuits, saccades, and fixation stability.

  • Visual Processing: Enhance perception, depth, and spatial awareness.

  • Compensatory Strategies: Teach scanning patterns and environmental adaptations.

  • Functional Application: Apply visual skills to reading, mobility, and daily tasks.

Sensory Regulation and Coping Skills

  • Sensory Awareness: Identify triggers and preferences across environments.

  • Regulation Strategies: Develop calming and alerting tools for balance.

  • Coping Skills: Build routines for stress and emotional management.

  • Environmental Modification: Adjust lighting, sound, and textures for comfort.

  • Mind-body Connection: Use grounding, breathing, and movement techniques.

  • Self-advocacy: Support communication of sensory and emotional needs.

Person with short hair wearing headphones, a black quilted jacket, and carrying a black backpack, standing on a city sidewalk at a crosswalk, with cars and buildings in the background.
An elderly woman with curly gray hair washing carrots at a kitchen sink.

Home & Environment Assessments

  • Safety Evaluation: Identify fall risks and hazards.

  • Accessibility: Recommend layout changes and adaptive equipment.

  • Task Efficiency: Simplify routines for easier daily living.

  • Mobility Support: Ensure safe movement within and around the home.

  • Caregiver Training: Educate on setup, transfers, and environmental use.

  • Independence: Create solutions that promote confidence and autonomy.