Titanium Nitride Coated Back Reamer for HDD - Tungsten Carbide
Cutting Edge, 3.5kg Weight
Product Description:
HDD Back Reamer is a versatile tool designed for oil and gas drilling. It is a
hole reamer specially designed for HDD applications, which can
drill holes of 800mm in length and up to 50mm in depth. Compared
with conventional hole reamers, this back reamer offers a higher
cutting speed, making it an ideal choice for oil and gas drilling
operations. What's more, it has a lightweight design and only
weighs 3.5kg, which makes it more portable and easy to use. HDD
Back Reamer is a powerful and reliable tool that is perfect for HDD
drills and hole reaming operations.
Applications:
HDD Back Reamer is a highly precise device used for hard disk drive
(HDD) manufacturing. It is designed with a titanium nitride coating
to prevent wear and tear, a straight shank type for easy and
efficient operation, and a cutting edge made of tungsten carbide
for higher durability. The material used for the HDD Back Reamer is
carbide steel, making it extremely strong and reliable. It is also
customizable in size to meet the specific requirements of each HDD
production process. HDD Back Reamer is an essential tool for HDD
manufacturers and offers reliable and consistent performance for a
wide range of HDD production tasks.
HDD Back Reamer can be used in a variety of HDD production
applications, including drilling, tapping, reaming, and boring. It
can be used to accurately and efficiently create precise holes in
hard disk drives. The HDD Back Reamer is also ideal for creating
detailed and intricate patterns and features within HDD components.
With its superior cutting edge, titanium nitride coating, and
strong carbide steel material, the HDD Back Reamer offers reliable
and consistent performance for a wide range of HDD production
tasks.
HDD Back Reamer is also an ideal tool for HDD manufacturers and
offers reliable and consistent performance for a wide range of HDD
production tasks. Its titanium nitride coating, strong carbide
steel material, and customizable size make it an ideal choice for
HDD manufacturers. It is also easy to use and maintain, making it a
cost-effective choice for HDD production.
HDD Back Reamer is an essential tool for HDD production and is
designed to meet the specific requirements of different HDD
production tasks. Its titanium nitride coating, strong carbide
steel material, and customizable size make it an ideal choice for
HDD manufacturers. With its precise performance, reliable and
consistent performance, and cost-effectiveness, the HDD Back Reamer
is an essential tool for HDD manufacturers.
Technical Parameters:
| Parameter | Value |
|---|
| Product Name | HDD Hole Reamer |
| Shank Type | Straight |
| Cutting Angle | 90° |
| Diameter | 300mm |
| Length | 800mm |
| Cutting Depth | 50mm |
| Cutting Speed | High |
| Material | Carbide Steel |
| Application | Oil & Gas Drilling |
| Size | Customization |
| Price | USD$500 |
FAQ:
- Q: What is HDD Back Reamer?
- A: HDD Back Reamer is a product made of high-quality materials from
Hebei, China. It is specifically designed for rock drilling and
drilling in difficult-to-reach spaces. It features excellent
durability and high performance.
- Q: What is the purpose of HDD Back Reamer?
- A: HDD Back Reamer is designed to provide a smooth and even
drilling surface in hard rock formations and in difficult-to-reach
spaces. It is used to facilitate the process of drilling and to
reduce friction and wear when drilling.
- Q: What are the advantages of using HDD Back Reamer?
- A: HDD Back Reamer offers several advantages over traditional
drilling methods. It is more accurate, faster, and more efficient
than traditional methods. Also, it reduces wear and friction,
resulting in a smoother and more consistent drilling surface.
- Q: What material is HDD Back Reamer made of?
- A: HDD Back Reamer is made from high-quality materials from Hebei,
China. It is designed to withstand extreme temperatures and
pressures and is very durable.
- Q: How should HDD Back Reamer be used?
- A: HDD Back Reamer should be used according to the instructions
provided by the manufacturer. It is important to follow the
instructions carefully to ensure optimal performance.
