Globe Scientific Wide Bore Transfer Pipet

Enhance your laboratory efficiency with the Globe Scientific Wide Bore Transfer Pipet, designed for the effective transportation of biopsies and larger sample volumes. This essential laboratory tool features a large bulb for significant capacity, making it ideal for transferring viscous or bulky samples.

Developed with high-quality polyethylene, this pipet offers robust performance and resilience in handling complex fluid samples. The wide bore design is perfect for laboratories, making it a preferred choice for applications requiring the careful treatment of sensitive specimens. Keep your lab tasks running smoothly with this easily disposable, reliable pipet solution.

• The pipets are constructed with a large bulb design, offering ample volume capacity to handle extensive sample sizes efficiently.
• Manufactured from top-grade polyethylene, ensuring durability and resistance to breakage when transferring dense or viscous samples.
• The wide bore design is ideal for the safe transfer of biopsies and other large or sensitive specimens without damage.

• The Globe Scientific Wide Bore Transfer Pipet is specially designed for the safe and efficient transfer of biopsies and bulky samples. Its wide bore design allows for the easy handling and transfer of large volumes or viscous fluids, minimizing risk of damage.
• Ideal for use in medical laboratories and research facilities, these pipets ensure the accurate dispensing and measurement of liquid samples. They are perfect for applications where precise fluid control is crucial, such as pathology and histology.

1. What material is the pipet made from?
The Globe Scientific Wide Bore Transfer Pipet is made from high-quality polyethylene, which offers flexibility and durability.

2. Are these pipets reusable?
No, these pipets are designed for single use to maintain sample integrity and prevent contamination.

3. What is the main advantage of the wide bore design?
The wide bore design allows for the transfer of larger volumes and viscous samples, reducing the risk of damage to the samples.