The Qadam Thermofit IS10 is a shell-length, semi-rigid orthotic insole designed for orthotic and prosthetic clinicians who require a heat-adjustable device with strong functional support. Featuring a high arch profile, slight metatarsal raise, and rigid wide shell design, the IS10 is intended to be heat moulded before dispensing to achieve a more controlled, clinically appropriate fit.
This semi-custom orthotic shell is suitable for patients requiring increased medial arch support, improved foot alignment, and targeted forefoot accommodation. Once heat adjusted, the IS10 becomes a rigid functional device that can support clinical management of overpronation, arch collapse, metatarsal discomfort, and general biomechanical instability.
For O&P clinicians and technicians, the Qadam Thermofit IS10 offers a practical balance between prefabricated efficiency and customisable clinical control. Its heat-mouldable construction allows the shell to be adjusted in the clinic or workshop, helping improve fit, comfort, and functional correction while reducing the time required for a fully custom orthotic workflow.
Important fitting note: The Qadam Thermofit IS10 is designed to be heat adjusted and should not be dispensed without heat moulding.
Key Features
- Shell-length, semi-rigid orthotic insole
- High arch profile for strong medial support
- Slight metatarsal raise for forefoot support and pressure distribution
- Rigid wide shell design after heat adjustment
- Designed to be heat moulded before dispensing
- Suitable for semi-custom orthotic fitting workflows
- Practical option for O&P clinics, podiatry services, rehabilitation centres, and orthotic workshops
Clinical Applications
- High arch support requirements
- Overpronation control
- Functional foot alignment
- Forefoot pressure redistribution
- Mild metatarsal discomfort
- Semi-custom orthotic provision
- Routine clinical and workshop orthotic fitting
Product Positioning
The Qadam Thermofit IS10 is ideal for clinicians who need a heat-adjustable semi-custom orthotic shell that can be adapted for patient-specific support while maintaining the speed and cost-efficiency of a prefabricated orthotic solution.
