Carbide Reamer - Kyocera

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Carbide Reamer - Kyocera Specification

Tool Type
Reamer

Cutting Capacity
3 mm 20 mm

Cutter Type
Straight Flute

Coating
Uncoated

Length
50 mm to 140 mm

Cutting Force
Low

Machine Type
Drilling & Milling Machines

Drill Bits Types
Reamer Type

Features
High Wear Resistance, Long Tool Life, High Precision

Material
Solid Carbide

Hardness
HRA 89~93

Cutting Accuracy
IT7

Cutting Speed
80 - 200 m/min

Shape
Straight Shank

Operation Type
Rotary

Operate Method
Manual & CNC Compatible

Diameter
4 mm to 20 mm

Maximum Torque
Up to 22 Nm

Processing Type
High Precision Finishing

About Carbide Reamer - Kyocera

Carbide Reamer is a type of rotary cutting tool used in metalworking. Precision reamers are designed to enlarge the size of a previously formed hole by a small amount but with a high degree of accuracy to leave smooth sides. There are also non-precision reamers which are used for more basic enlargement of holes or for removing burrs. The process of enlarging the hole is called reaming. There are many different types of reamer and they may be designed for use as a hand tool or in a machine tool, such as a milling machine or drill press.

1.Hand Reamer

2.Machine Reamers

3.Pin Reamers;

4.Tapered Reamers;
For ferrous and non-ferrous metals, synthetic materials soft and hard. Slow helix type suitable for interrupted borings, slots, cross-borings etc

High Precision Finishing for Multiple Materials

The Kyocera Carbide Reamer delivers consistently precise results due to its rigid solid carbide construction and micro-polished finish. With a tolerance of h7 and cutting accuracy of IT7 or better, this tool is crafted for intricate finishing jobs in steel, stainless steel, cast iron, and non-ferrous metals, making it a versatile solution for metalworking experts seeking superior surface quality.

Optimized Design for Durability and Versatility

Featuring four straight flutes, an uncoated surface, and a standard straight shank, this reamer is suitable for a wide range of reaming tasks. Its high hardness and wear resistance ensure longevity, while compatibility with both manual and CNC machinery makes it adaptable to varied workshop environments. Operators benefit from its low cutting force and capacity for efficient, high-speed rotary operations.

FAQs of Carbide Reamer - Kyocera:

Q: How does the micro-polished finish of this reamer benefit reaming operations?

A: A micro-polished finish on the Kyocera Carbide Reamer reduces friction during cutting, resulting in smoother hole surfaces, reduced heat generation, and extended tool life. This feature is especially valuable for achieving high-precision finishes in demanding metalworking environments.

Q: What types of machines are compatible with this straight flute carbide reamer?

A: This reamer is designed for compatibility with both manual and CNC machines, including drilling and milling systems. Its cylindrical shank and standardized dimensions make installation and use straightforward in most conventional and advanced metalworking machines.

Q: When should I choose a straight flute reamer over a spiral flute variant?

A: A straight flute reamer, like this Kyocera model, is best suited for applications involving through-holes and for materials that produce short chips, such as steel, stainless steel, cast iron, and non-ferrous metals. It offers excellent guidance and stability for high-precision finishing tasks.

Q: Where is this carbide reamer primarily supplied and provided?

A: This Kyocera Carbide Reamer is available in India and distributed through an extensive network of suppliers, exporters, wholesalers, traders, and importers specializing in industrial cutting tools and precision engineering equipment.

Q: What processes and materials are most suitable for this reamers application?

A: The reamer excels in high-precision finishing and reaming processes, especially in metalworking sectors involving steel, stainless steel, cast iron, and non-ferrous metals. Its robust carbide construction ensures reliable results even during extended machining operations.

Q: Can this reamer withstand high heat generated during rapid cutting?

A: Yes, the reamer offers heat resistance up to 1,000C, allowing safe and efficient use in processes involving elevated temperatures. This ensures dimensional stability and cutting accuracy even during continuous, high-speed operations.

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