Lay3d

Low-Temperature Thermoplastics (LTTP) are the materials that are widely used to fabricate patient-customizable splints, braces and/or supports.

LTTP material activates in  low heat conditions (65- 75C) . Can be directly applied on Patient's skin without any issues.

Custom splints that fit like a glove!  Low temperature thermoplastics allow for custom moldable splints and supports , allowing corrections during every phase of therapy. 

Shape memory : upto 20times can be remolded during differnet stages of therapy 

Additional features such as : Antibacterial & Antifungal coating to prevent bacteria build up over continuous hours of usage
Designed specifically for hot and humid environments where sweating and fungal build up can be a problem

Available in Multiple colours to suit the patients' choice, increase patient satisfaction and wearing times . 

Sheet size : 60x90cm 
Perforated and unperforated available. 

Additional Information:

• Production Capacity: 1000
• Delivery Time: 1-2 days
• Packaging Details: Individual

Splinting Thermoplastic Material – Premium Moldable Sheets for Custom Orthoses

Our Splinting Thermoplastic Material is a high-quality, medical-grade thermoplastic designed for fabricating custom splints and orthoses. Softening at low temperatures, this material can be molded directly to the patient’s anatomy, providing precise, comfortable, and durable support.

Ideal for hospitals, hand therapy clinics, rehabilitation centers, and orthopedic practices, this splinting thermoplastic material combines professional-grade strength with lightweight comfort, ensuring effective immobilization and enhanced patient outcomes.

Key Features:

• Low-Temperature Thermoplastic – Safe and easy to mold on the skin

• Excellent Moldability – Conforms precisely to hand, wrist, finger, or limb contours

• Rigid Yet Lightweight – Provides firm support without adding bulk

• Perforated & Solid Options – Enhances breathability and patient comfort

• Smooth, Skin-Friendly Surface – Minimizes irritation during extended wear

• Reheatable & Remoldable – Allows adjustments throughout therapy

Applications:

• Custom wrist, hand, finger, and elbow splints

• Fracture and sprain immobilization

• Post-operative orthoses

• Tendon, ligament, and neurological injury support

• Sports and rehabilitation splints

Available in multiple thicknesses, sheet sizes, and perforation styles, our splinting thermoplastic material ensures reliable, professional-grade fabrication and optimal patient comfort.

Choose our splinting thermoplastic material for precise molding, durable support, and effective rehabilitation outcomes.

Additional Information:

• Item Code: 00034
• Production Capacity: 1000
• Delivery Time: 1-2 days
• Packaging Details: Individual

Thermoplastics Custom Wrist Support Material – Moldable, Durable & Clinical-Grade

Our Thermoplastics Custom Wrist Support Material is a premium low-temperature thermoplastic designed for fabricating custom wrist splints and orthotic supports. Engineered for precision molding and long-lasting durability, this material softens evenly when heated and conforms seamlessly to the patient’s wrist anatomy for a secure, comfortable fit.

Perfect for hospitals, orthopedic clinics, physiotherapy centers, and rehabilitation facilities, this thermoplastic sheet provides reliable immobilization and structured support for effective recovery.

Key Features:

• Low-Temperature Thermoplastic – Easy to heat and mold safely

• Custom Fit Design – Adapts precisely to wrist contours

• Lightweight Yet Rigid – Strong support without excess weight

• Breathable Perforation Options – Enhances airflow and comfort

• Smooth, Skin-Friendly Finish – Minimizes irritation

• Reheatable & Remoldable – Allows easy adjustments

Applications:

• Wrist fractures and sprains

• Carpal tunnel support

• Tendon and ligament injuries

• Post-surgical wrist immobilization

• Sports injury rehabilitation

Available in multiple thicknesses, sizes, and perforation styles, our thermoplastics custom wrist support material ensures professional-grade performance and patient comfort.

Choose Our high-quality thermoplastic wrist support material for precise fabrication, superior stability, and faster recovery outcomes.

Additional Information:

• Item Code: 001
• Production Capacity: 10000
• Delivery Time: 1-2 days
• Packaging Details: individual

We create prosthetic wears that heal you or reflect , mentally and physically.

Completely customisable to your tastes and likings , to fit your prosthetic any way you like with our 3D printed Prosthtic covers 

Tailor made to a patient's need, shielding the prosthetic from elements such as dirt, grime and water.

Range of custom designs that can be adapted to the wearer's mood 

Additional Information:

• Item Code: 0008
• Production Capacity: 1000
• Delivery Time: 8-12 days
• Packaging Details: Single

A Common Exhibition Miniature Model in 3D is a small-scale, highly detailed representation of an object, structure, or concept created using 3D modeling and 3D printing technology. These models are widely used in exhibitions, museums, educational institutions, trade shows, and project displays to visually demonstrate designs, structures, and ideas in a compact and engaging format.

3D miniature models help viewers understand complex designs by presenting them in a clear, realistic, and easy-to-view physical form. They are commonly used to showcase architecture, ships, vehicles, historical monuments, engineering designs, and scientific concepts. Because they are produced using advanced 3D printing techniques, these models offer high precision, fine details, and consistent quality.

Exhibition miniature models are designed to be durable, lightweight, and visually appealing, making them ideal for long-term display. They also serve as powerful communication tools for presentations, educational demonstrations, and professional exhibitions.

A buddy finger splint is a device used to immobilize and protect a finger that has been injured, typically in cases of finger fractures, sprains, or ligament injuries. It works by "buddying" the injured finger to an adjacent, uninjured finger, which provides extra support and stability during the healing process. This splint is often used when the injured finger can be safely supported by the neighboring finger without requiring a more rigid splint.

Key Features of a Buddy Finger Splint:

1. Purpose:

   • The primary goal of a buddy finger splint is to restrict movement in the injured finger and prevent it from bending or being subjected to additional stress, which allows the tissues (bone, ligament, or tendon) to heal properly.
   • It also helps to stabilize the finger in a more natural position, reducing the risk of further injury.

2. Design:

   • The splint typically is applied to the injured finger and the adjacent finger.
   • The two fingers are then taped or wrapped together with the splint, keeping them aligned and preventing them from moving independently.

3. How It Works:

   • The uninjured "buddy" finger acts as a support structure, effectively limiting the movement of the injured finger. This method works well for less severe fractures or injuries where the injured finger does not need complete immobilization.
   • The splint keeps the injured finger in a neutral or slightly extended position to avoid stress on the injury site while still allowing for some movement of the fingers.

4. Common Uses:

   • Fractures: Used for certain types of finger fractures, especially when the fracture is not displaced or requires only minimal stabilization.
   • Sprains or strains: When the ligaments in the finger are stretched or torn but not completely ruptured.
   • Tendon injuries: Sometimes used for less severe tendon injuries where complete immobilization is not necessary.

5. Duration of Use:

   • The buddy splint is typically worn for 3 to 6 weeks, depending on the injury and how well it is healing. The exact duration should be determined by a healthcare provider.
   • It's important to follow the doctor's instructions on when and how to remove the splint to avoid disrupting the healing process.

How to Apply a Buddy Finger Splint:

1. Positioning the Fingers: Place the injured finger in a neutral or slightly extended position and align it with the adjacent, healthy finger.
2. Splinting: Apply the splint to both fingers, ensuring that they are immobilized and aligned properly. Secure the splint with medical tape or bandages, but be careful not to wrap it too tightly, as this could affect circulation.
3. Advantages of a Buddy Finger Splint:

• Simplicity: It's easy to apply and can often be done at home or in a healthcare setting.
• Cost-effective: Buddy splints are less expensive than more rigid, custom-made splints.
• Comfort: By using an adjacent finger as support, it often allows for a more comfortable range of motion compared to completely immobilizing the finger.
• Functional: Unlike more rigid splints, buddy splints allow some degree of movement in the hand, which can be important for daily activities and rehabilitation.

Additional Information:

• Item Code: BuddySplint
• Production Capacity: 10000
• Delivery Time: 1-3 days
• Packaging Details: Individual