Name: China 5 Cores Stainless Steel Conical Burr Manufacturers Suppliers Factory - Free Sample - Hi-Precision Machinery
Brand: Hi-Precision
SKU: 276310640

Products Description

The 5 cores stainless steel conical burr uses 420 stainless steel CNC-cut burrs. The burrs are cut to create a more uniform grind with fewer fines, making it ideal for pour-over coffee. These burrs are typically pentagonal in shape, allowing for a more even grind, resulting in a better grind.

about Us

Xi'an Hi-Precision Machinery Co., Ltd

We offer CNC-cut coffee burrs. Our company utilizes high-precision CNC machines, including CNC lathes, CNC milling machines, 5-axis CNC machining centers, and wire-cutting equipment, along with specialized technicians. CNC-cut stainless steel burrs are wear-resistant, sharp, and time-saving, saving time and effort during grinding. They are gradually replacing traditional ceramic burrs in manual grinders.

This 5 cores stainless steel conical burr is for display only and is not for sale. If you need to make coffee machine burrs in bulk, please contact us.

Why Choose Us

Ultra-high precision

By controlling the tool movement through computer programs, our processing tolerance can be controlled within ±0.005mm, ensuring the uniformity of burr blade angle and gap, and directly improving the consistency of abrasive powder.

Controllable structural complexity

We can process complex spiral blades, special-shaped tapers, micro-groove textures, etc., and realize customized functions such as "progressive cutting" and "fine powder suppression" (for example, the spiral blade angle of the conical grinding core can be accurate to 0.5°).

Strong material adaptability

Supports precision machining of high-hardness materials (such as 304 stainless steel, 420 stainless steel, 440C stainless steel, and titanium alloy), avoiding deformation or precision loss caused by high material hardness in traditional processes.

Batch consistency

The burr error during machining using the same process is extremely small (≤0.01mm), ensuring uniform grinding performance for each grinder (the difference between individual grinders using traditional processes may be as much as 0.1mm or more).