Electric Plaster Cast Saw – Model B
Enables controlled cast removal and modification to inform follow-up decisions. Speeds exams and documentation with windowing or bivalving for assessment and patient discussion.
10,175 EGP
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6 for the price of 3
* The information on this page is a summary and is not intended to cover all available information about this medication. It does not cover all possible uses, directions, precautions, drug interactions or adverse effects and is not a substitute for the expertise and judgement of your healthcare professional.
Technical Specifications of Electric Plaster Cast Saw – Model B
| Specification | Description |
|---|---|
| Speciality | Orthopedic |
| Model Variant | 6 Replaceable Blades |
| Material | Reinforced Metal & Industrial Plastic Housing |
| Finish | Heavy-duty Metal Housing |
| Sterilization Method | AUTOCLAVABLE |
| Handle Type | Ergonomic Insulated Handle |
| Packaging Unit | box 7 pieces |
| Brand | Hilton brand |
| Country of Origin | Pakistan |
| SKU | ORT-6029-MSC |
Designed for orthopedic cast removal tasks, this powered instrument incorporates reinforced metal and industrial plastic housing with a heavy-duty metal finish and an ergonomic insulated handle. The variant includes six replaceable blades, is designated as autoclavable, and is supplied in a box of seven pieces. Listed under the Hilton brand with SKU ORT-6029-MSC, with country of origin noted as Pakistan.
Surgical Applications of Electric Plaster Cast Saw – Model B
Electric Plaster Cast Saw – Model B sections plaster and rigid casting materials to support cast removal, modification, and edge refinement during orthopedic follow-up. Bivalving and windowing enable localized exposure and care access while preserving cast orientation for targeted trimming, shaping, or reinforcement sectioning.
Common Applications
- Segmenting circumferential plaster casts to facilitate subsequent removal or targeted modification.
- Performing bivalving to maintain limb orientation while allowing controlled separation of cast halves.
- Creating windows to provide localized exposure for care access without disturbing the remaining construct.
- Trimming and shaping cast edges and overlaps to achieve uniform margins and accommodate adjunct padding or bracing.
- Sectioning rigid splints or cast reinforcements to revise structural support within the casting system.


