Soft Foam Limb Dental Splint Resin Lightweight Flexible Adjustable
Product Specifications
| Material |
Soft Foam |
| Suitable For |
Left Or Right Limb |
| Manufacturer |
Zhongchuang Medical Group Co., Ltd. |
| Lightweight |
Yes |
| Bending modulus |
1280-1490Mpa |
| Package Includes |
1 Soft Splint Rein |
| Flexible |
Yes |
| Adjustable |
Yes |
Product Description
The Soft Splint Rein features a Notch impact strength of 45.5-48.5Mpa and bending strength of 35.5-48Mpa, providing exceptional durability for everyday use. Made from comfortable resin materials commonly used in medical applications, this lightweight splint offers reliable support and protection for injured limbs.
The adjustable design accommodates different body parts, while the durable construction ensures long-lasting performance. With a breaking elongation rate of 60-80%, this splint maintains flexibility without compromising strength.
Key Features
- Precision fit for optimal comfort and protection
- Medical-grade resin construction
- Easy-to-clean hygienic design
- Versatile for left or right limb use
- Lightweight yet durable structure
- Adjustable for personalized fit
Applications
The Soft Splint Rein is ideal for multiple medical applications:
- Bite splints for bruxism and dental issues
- 3D occlusal guards for athletes and teeth grinders
- Mouth guard resin for dental trauma and orthodontic treatment
- General limb support and protection
Technical Specifications
| Flexible |
Yes |
| Lightweight |
Yes |
| Bending Strength (Mpa) |
35.5-48 |
| Breaking elongation rate |
60-80% |
| Durable |
Yes |
| Bending modulus |
1280-1490Mpa |
Frequently Asked Questions
How to make a 3D printed personalized mouthguard?
The process involves obtaining oral structure data through impressions or scans, designing the model in CAD software, 3D printing with appropriate materials, and final adjustments for optimal fit.
Are the materials used for 3D printed mouthguards safe?
Yes, medical-grade polymers and elastic materials that meet health and safety standards are used, ensuring safety for oral use.
What is the manufacturing cycle for a mouthguard?
Typically takes a few days to one week from obtaining oral data to final delivery, significantly faster than traditional methods.
How should mouthguards be maintained?
Rinse with warm water after use, clean regularly with oral cleaner, and inspect for wear. Replace when necessary to maintain protective effectiveness.