Carbide Drill Bits for Stainless Steel

Carbide Drill Bits for Stainless Steel

Carbide twist drills are designed specifically for drilling stainless steel and other difficult-to-machine materials. Utilizing high-performance carbide and incorporating advanced coating technology, the D968S series maintains excellent wear resistance and cutting stability at high cutting temperatures. These precision-engineered drills are suitable for efficient drilling in dry or wet cooling conditions, ensuring a long service life and superior machining quality.
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Description

 

Carbide Drill Bits for Stainless Steel Description

Twist drills excel in drilling stainless steel and other high-temperature resistant materials. Their specialized geometry and coating effectively reduce cutting heat, improve chip evacuation, and ensure stability during high-load machining. These drills are suitable not only for standard drilling operations but also for applications requiring high hole accuracy and surface quality.

 

Carbide Drill Bits for Stainless Steel

Suitable for highly efficient Drilling of stainless steel, carbon steel, alloy steel, heat-resistant alloys, and titanium alloys, etc

Unique bottom edge design–stronger chip breaking capability and larger chip holding space

New substrate coating contributes to superior toughness and wear resistance

Large groove design provides good chip evacuation performance

 

Carbide Drill Bits for Stainless Steel

The detailed specification sheet for carbide drill bits for stainless steel covers various sizes, cooling methods, and drilling depths (L/D ratios). This series offers both external and internal cooling options, along with 3D and 5D drilling depths. Users can select the most appropriate drill bit based on their specific machining conditions and requirements, ensuring optimal results and tool life.

Drills Series Dimension Range Coolant Type Drilling Depth L/D
GME-D968S-A3N 1~20mm External Coolant 3D
GME-D968S-A3C 3~20mm Internal Coolant 3D
GME-D968S-A5N 1~20mm External Coolant 5D
GME-D968S-A5C 3~20mm Internal Coolant 5D

 

Carbide Drill Bits for Stainless Steel

The comparison of the applicability of high-performance steel twist drills in different workpiece materials, covering a variety of materials such as carbon steel, alloy steel, stainless steel, cast iron, aluminum alloy, copper alloy, and heat-resistant alloy, intuitively reflects the advantages of each model of drill in processing different materials.

Workpiece material
 

product-248-245

product-233-211

product-198-240

product-231-231

product-192-183

product-186-186

  1 2 3 4 5 6 7 1 2 3 1 2 3 1 2 3 4 5 1 2 3 4 1 2
  Carbon steel, alloy steel Alloy steel, tool steel PH and Ferrite/Martensitic Steel Stainless steel Gray cast iron, ductile iron High alloy cast iron ForgedAluminium
Alloys, Cast
Aluminium
Alloys
Cast aluminum alloy Copper alloy Composite materials High-temperature alloy Titanium alloy Hardened steel Hardened steel
(<35HRC) (35-48HRC)     (<35HRC) (35-45HRC) (Si<12%) (Si>12%)         (45-55HRC) (55-60HRC)
GME-D968S-A3N                    
GME-D968S-A3C                        
GME-D968S-A5N              
GME-D968S-A5C              

◎Most Suitable   ○Suitable

 

Application of Carbide Drill Bits for Stainless Steel

This high-performance twist drill for steel is ideal for applications in the automotive, mechanical, and general engineering sectors, and is particularly suitable for drilling holes in mild steel under high loads or where the coolant supply is unstable.

GME-D968S Processing Case(Indexing Ring)

pecification D968S-A3N-0800
Dimension D8*41*79*d8
Material 316L (HB200)
Cutting speed Vc=20m/min
Feed rate fr =0.11mm/r
Cutting depth ap=20mm
Cooling method External Coolant
Cutting method Vertical processing, pecking

 

Comparison of cutting life of competitors 

The results of the tool life per piece (Life/pcs) for GME products and competitors show that GME products have an average tool life of 20 pieces, while competitors have an average tool life of 17 pieces, a lifespan increase of approximately 17%, fully demonstrating GME's significant advantages in durability and machining stability.

 GME VS Competitor

 

Our Packaging and Shipping Methods

The whole alloy drill bit is packed with high-standard protective measures to ensure that the product is not damaged during transportation. Each drill bit is individually packaged in a transparent plastic tube to effectively prevent external contamination and damage. Depending on the different transportation methods (sea, land, air), we will make appropriate adjustments to the packaging according to the transportation requirements to ensure that the product can be delivered to the customer safely and on time.

Our Packaging And Shipping Methods

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