Bayha Scalpel Blades Type 18 Non-Sterile, (Pack of 12)

The Bayha Scalpel Blades Type 18 Non-Sterile are crafted from premium stainless steel, providing precision and sharpness for medical and laboratory cutting tasks. The pack contains 12 non-sterile blades, suitable for delicate procedures like dissection and sample preparation.

Key Features:

• Brand: Bayha
• Material: Stainless steel for sharpness and durability
• Type: Type 18 scalpel blades
• Packaging: Pack of 12 non-sterile blades
• Application: Ideal for laboratory and medical cutting tasks

These scalpel blades are reliable for precision cutting in a variety of professional environments.

Frequently Asked Questions

1. What is the Bayha Scalpel Blades Type 18 Non-Sterile, (Pack of 12) used for?

It are crafted from premium stainless steel, providing precision and sharpness for medical and laboratory cutting tasks. The pack contains 12 non-sterile blades, suitable for delicate procedures like dissection and sample preparation.

2. Is the Bayha Scalpel Blades Type 18 Non-Sterile, (Pack of 12) suitable for laboratory and medical cutting tasks?

Yes. It is designed for laboratory and medical cutting tasks, and offers type 18 scalpel blades to support this kind of work.

3. What type does the Bayha Scalpel Blades Type 18 Non-Sterile, (Pack of 12) have?

It has type 18 scalpel blades, and is supplied under manufacturer part number 118.

4. What is the Bayha Scalpel Blades Type 18 Non-Sterile, (Pack of 12) made from?

It is made from stainless steel for sharpness and durability.

5. How does the Bayha Scalpel Blades Type 18 Non-Sterile, (Pack of 12) compare with the Heathrow Scientific SmartSlicer Safety Razor Blades, PET, 25 x 50 x 0.22 mm, Pack of 100 from Heathrow Scientific?

For applications where packaging of Pack of 12 non-sterile blades is required, the Bayha Scalpel Blades Type 18 Non-Sterile, (Pack of 12) is a strong choice. The Heathrow Scientific SmartSlicer Safety Razor Blades, PET, 25 x 50 x 0.22 mm, Pack of 100 offers packaging of Pack of 100 blades, making it a suitable alternative when that specification better matches the application.