KL-11008 Low-Temperature Thermoplastic Plate
Market Analysis
Global Market Trends
- Increasing Medical Demand: With the aging global population and the rise in chronic diseases, the demand for orthopedic fixation products is continually growing.
- Rising Rehabilitation Needs: More and more medical institutions and families are emphasizing post-operative rehabilitation, significantly increasing the demand for high-quality, easy-to-use rehabilitation orthoses.
- Sports Injury Prevention: As sports and fitness activities become more popular, the incidence of sports injuries is rising, boosting the demand for sports protection and rehabilitation orthoses.
Regional Market Analysis
North America
- Market Characteristics: High healthcare expenditure and advanced medical systems result in a large demand for high-quality medical products.
- Opportunities: Focus on innovative products to meet the demand of the high-end market.
Europe
- Market Characteristics: Comprehensive healthcare systems with high acceptance of rehabilitation products.
- Opportunities: Enter public healthcare systems and private rehabilitation institutions through cooperation and certification.
Asia-Pacific
- Market Characteristics: Large population base with rapidly growing medical needs.
- Opportunities: Promote products in emerging markets such as China and India, leveraging price advantages and market demand to increase market share.
Latin America
- Market Characteristics: Economic growth drives increased healthcare expenditure.
- Opportunities: Find partners in countries such as Brazil and Mexico to expand market coverage.
Middle East and Africa
- Market Characteristics: Increasing healthcare investments and the rise of medical tourism.
- Opportunities: Promote products through local agents and medical institutions to enter emerging markets.
Series 1
- Good Memory Performance: Can be reshaped as needed based on the condition.
- High Conformability: Provides better limb immobilization.
- Lightweight and High Strength
- Breathable Design: Perforated for better ventilation.
- Biodegradable: Environmentally friendly and safe.
This is a specially synthesized high polymer material commonly used in low-temperature rehabilitation engineering. It softens at 65-70°C and can be molded into any shape. It features lightweight, high strength, good breathability, water resistance, X-ray transparency, non-toxicity, odorlessness, and non-irritation to the skin. Additionally, it is biodegradable, making it a new type of environmentally friendly medical immobilization material.
Applicable Range:
- Immobilization after fracture and joint dislocation reduction surgery.
- Postoperative immobilization for joint ligament and other soft tissue injuries, as well as nerve and muscle injuries.
- Manufacturing and application of rehabilitation supports and orthotics.
- Correction and postoperative immobilization for joint deformities, nerve paralysis, cerebral palsy, and pediatric scoliosis.
- Suitable for external immobilization of upper and lower limbs and other body parts.
- Immobilization for burn plastic surgery, soft tissue injuries, and tenosynovitis.
Series 2
- High Fixation and Support Strength
- Breathable Design: Perforated for better ventilation.
- Suitable for Large Areas: Ideal for high-requirement supports for the trunk and other large body parts.
- Biodegradable: Environmentally friendly and safe.
This is a specially synthesized high polymer material (low-temperature thermoplastic) that softens at 65-70°C and can be molded into any shape. It is commonly used for making low-temperature rehabilitation orthotics. It features lightweight, high strength, good breathability, water resistance, X-ray transparency, non-toxicity, odorlessness, and non-irritation to the skin. Additionally, it is biodegradable, making it a new type of environmentally friendly medical immobilization material.
Applicable Range:
- External immobilization of fingers, upper limbs, trunk, and lower limbs.
- Suitable for protection and immobilization after soft tissue, nerve injuries, and fracture fixation removal surgery.
- Manufacturing and application of rehabilitation supports and immobilizers.
- Immobilization after fracture and joint dislocation reduction surgery.
- Postoperative immobilization for spasticity, scoliosis, and joint deformities.

