Ebonized Humby’s Skin Grafting Handle with Non-Reflective Finish
Model Number: MTSI-123
The Ebonized Humby’s Skin Grafting Handle is a specialized surgical instrument designed for precision grafting procedures, particularly in laser-assisted environments. Featuring a non-reflective black finish, it minimizes glare and prevents unintended light reflection during operations. Manufactured by Micro Technologies, this handle offers both safety and comfort with its ergonomic ovoid design. It is widely used in plastic surgery, dermatology, and advanced surgical applications where control and visibility are critical. Its durable construction ensures long-term reliability in clinical and training settings.
Product Description
The Ebonized Humby’s Skin Grafting Handle from Micro Technologies is an advanced surgical instrument engineered for precision and safety in modern operating environments. Designed with a black, non-reflective coating—typically achieved through black chromium or titanium-based finishing—this handle is particularly suitable for laser-assisted procedures where minimizing glare and light reflection is essential.
The ergonomic ovoid or paddle-shaped design (often referred to as Watson-style) allows for a comfortable palm-resting grip, reducing hand fatigue during extended surgical procedures. This makes it highly suitable for surgeons performing detailed and time-intensive grafting work.
Constructed over a durable steel base, the handle may also incorporate specialized coatings or materials that enhance grip and comfort. Its robust design ensures reliability and resistance to wear, while also supporting repeated sterilization.
Widely used in plastic surgery, dermatology, and reconstructive procedures, this instrument is also valuable in medical training institutes. Micro Technologies ensures precision manufacturing standards, delivering instruments that meet the evolving needs of modern surgical practices.
Features
- Ebonized black, non-reflective surface finish
- Ideal for laser-assisted surgical procedures
- Ergonomic ovoid (Watson-style) handle design
- Reduces glare from operating lights
- Comfortable grip for long-duration procedures
- Durable construction with coated steel base
- Suitable for repeated sterilization
Applications
- Medical colleges
- Universities
- Hospitals
- Plastic surgery centers
- Research institutes
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Humby’s Skin Grafting Handle (Ebonized) |
| Model No. | MTSI-123 |
| Type | Surgical Instrument |
| Material | Stainless Steel with Black Coating |
| Size / Model | Standard (Ovoid/Watson Style) |
| Usage | Skin Grafting, Laser & Surgical Procedures |
FAQs
Q1. What is the purpose of the ebonized (black) finish?
The non-reflective black finish helps reduce glare and prevents unwanted reflection of surgical or laser light, improving safety and visibility during procedures.
Q2. Is this handle suitable for laser-based surgeries?
Yes, it is specifically designed for laser-assisted procedures where minimizing reflection is critical for both safety and precision.
Q3. What makes the Watson-style handle different?
The ovoid or paddle-shaped design allows the handle to rest comfortably in the palm, reducing hand fatigue during long and complex surgical procedures.
Q4. What materials are used in this handle?
It is typically made from stainless steel with a black chromium or titanium-based coating. Some variants may include ergonomic grip materials for added comfort.
Q5. Can this instrument be sterilized repeatedly?
Yes, it is designed to withstand repeated sterilization processes while maintaining its structural integrity and finish.
Q6. In which medical fields is this handle commonly used?
It is widely used in plastic surgery, dermatology, reconstructive surgery, and advanced clinical environments.
Why Choose Our Products
- Manufactured by Micro Technologies with advanced finishing technology
- Designed for safety in modern and laser-assisted procedures
- Ergonomic and durable for long-term professional use
- Trusted for clinical precision and educational applications
