Description
Sensiclip Surgical Clippers are designed for clinicians who need reliable, efficient preoperative hair removal. The energy-efficient build supports a single-pass shave, helping minimize skin compromise and streamline patient prep. Ideal for surgical teams and outpatient centers, this product delivers consistent results with every use.
- Energy-Efficient Operation – Reduces power consumption for cost-effective use, supporting daily routines.
- Durable Construction – Built to withstand repeated cleaning and submersion up to 1 m for 30 minutes, offering peace of mind.
- Single-Pass Performance – Removes hair efficiently in one pass, saving time and supporting patient comfort.
- Supports Skin Integrity – Minimizes risk of skin compromise during preoperative prep, fostering confidence in care.
Efficient Surgical Clippers for Reliable Preoperative Hair Removal
These surgical clippers are engineered to help clinicians achieve safe, effective hair removal before procedures. The energy-efficient design supports a single-pass shave, reducing prep time and supporting patient comfort. With durable construction, these clippers can be submersed up to 1 m for up to 30 minutes, making them easy to clean and maintain. Designed for surgical teams and outpatient clinics, this device helps minimize the risk of skin compromise while delivering consistent results. The reliable performance and user-focused features make it a trusted choice for busy healthcare environments.
Features and Benefits
Performance and Efficiency
- Single-Pass Hair Removal – Removes hair quickly and efficiently, supporting streamlined patient prep.
- Energy-Efficient Design – Uses less power for daily operation, helping reduce facility costs.
Durability and Cleaning
- Submersible Construction – Can be submerged up to 1 m for 30 minutes, simplifying cleaning protocols.
- Robust Build – Withstands repeated use in clinical settings, supporting long-term reliability.
Product Specifications
Identification and Packaging
- SKU: 4403A
- GTIN (Each): 10885403473128
- GTIN (Case): 20885403473125
- GTIN (Multi Case): 50885403473126
- Quantity Per Case: 20/case
Explore More: See all Surgical Clippers | Shop more SensiClip Products
Reliable Performance and Easy Maintenance
Choose these surgical clippers for their combination of efficiency, durability, and user-focused design. The submersible build and energy-saving operation set them apart from standard options. You can count on consistent results and easy cleaning, making them a dependable choice for any surgical setting.
- Submersible for Cleaning – Safe for immersion up to 1 m for 30 minutes, simplifying maintenance and supporting infection control.
- Consistent Results – Delivers reliable hair removal every time, supporting patient confidence.
- Streamlined Workflow – Single-pass performance helps reduce prep time for busy surgical teams.
- Energy Savings – Low power consumption helps manage facility costs over time.
Frequently Asked Questions (FAQs)
How does the energy-efficient design benefit clinical use?
The energy-efficient design helps reduce power consumption, supporting cost-effective operation in healthcare settings.
Can these surgical clippers be submerged for cleaning?
Yes, they can be submersed up to 1 m for up to 30 minutes, making cleaning and disinfection easier.
What is the packaging quantity for this product?
Each case contains 20 surgical clippers, supporting facility inventory needs.
Is the product suitable for single-pass hair removal?
Yes, the clippers are designed for efficient hair removal in a single pass, saving time during patient prep.
Who are the ideal users for these surgical clippers?
These clippers are ideal for surgical teams and outpatient clinics needing reliable, efficient preoperative hair removal.
Does the product help maintain skin integrity?
Yes, the design supports hair removal while minimizing the risk of skin compromise during preoperative preparation.
Are there any special features for maintenance?
The submersible construction allows for thorough cleaning, supporting infection control protocols.
