For many neurological patients motor control is fragmented, and the affected limb cannot support itself.
PANat-Laptools® provide:

• stable surfaces
• guided pathways for movement
• graded resistance or facilitation
• Limit unwanted movement

By reducing complexity, patients gain the opportunity to relearn selective movements such as:

• shoulder flexion
• scapular control
• reaching
• grasp-and-release
• Hipflexion 

This is essential before more advanced functional actions can be retrained.

PANat-Laptools® are particularly effective during acute and early subacute phases, when:

• muscle activity is minimal
• the limb is difficult to control
• therapists must avoid compensatory patterns
• traditional task-training is too complex

The tools offer safe biomechanical guidance that enables even tiny or invisible muscle activity to be activated and perceived.
This supports neuroplasticity, builds early success, and prevents learned non-use.

Used alone or in combination with Urias® Johnstone Air Splints, PANat-Laptools® create a structured environment for independent practice.
This is central to the PANat approach, where patients are encouraged to:

• train between therapy sessions
• participate in group sessions
• repeat exercises frequently
• practice actively in their own environment

The result is more repetition, higher intensity, and better long-term carry-over — critical factors for cortical reorganisation.

Every PANat-Laptools® exercise can be linked to a concrete functional goal, such as:

• reaching for a cup
• stabilising the arm to hold cutlery
• pushing up from a chair
• supporting the arm during dressing

Exercises start with controlled, simplified movement patterns and gradually progress to more dynamic and complex activities.
This ensures that improvements at the body-function level translate directly into meaningful participation and daily life tasks — fully aligned with the ICF model.

PANat-Laptools®  express PANat’s five core treatment principles:

1. Restorative activation of the affected side – not compensation.
2. Behavioural neuroplasticity – “use it and improve it.”
3. Motor learning principles – structure, feedback, task orientation.
4. Motivation – independence, autonomy, success experiences.
5. Self-directed training – safe practice outside therapy time.

Combined with air splints, they create a highly effective, affordable, low-tech solution for continuous neurorehabilitation across all stages.