Step Drill - Use For Precision Drilling Of Sheet Metal And Plastic Up To 30 Mm

Step Drill - Use For Precision Drilling Of Sheet Metal And Plastic Up To 30 Mm Specification

Packaging Type
Blister Pack, Box

Surface Finish
Titanium Coated (optional)

Durability
High wear resistance for extended tool life

Max Drilling Capacity
Up To 30 mm

Application
Precision Drilling Of Sheet Metal And Plastic

Cutting Direction
Right Hand

Feature
Reduces Burrs, Precise Hole Enlargement

Product Type
Step Drill

Material
High Speed Steel (HSS)

Step Sizes
Incremental Steps Up To 30 mm

Drill Shank Type
Straight Shank

Suitable For
Industrial and Workshop Use

Material Compatibility
Sheet Metal, Plastic

About Step Drill - Use For Precision Drilling Of Sheet Metal And Plastic Up To 30 Mm

Specifications

Usage/Application	Drywall Construction
Built Type	Modular
Material	PVC
Color	copper coting
Feature	from 4 to 30 mm in 2 mm increments. Max. drilling depth : 3 mm. Stud drilling (even back-to-back typ
Size/Dimension	4 x 30 x 2 x 3 mm.

Precision Drilling Made Simple

Our Step Drill is designed for seamless and accurate enlargement of holes in sheet metal and plastic. Suitable for professional workshops and industrial use, its incremental steps up to 30 mm facilitate controlled drilling, while the high-speed steel construction offers high wear resistance, maximizing tool life. This drill minimizes burr formation, ensuring clean hole edges for superior workmanship.

Durable and Versatile Construction

Crafted from high-speed steel (HSS) with an optional titanium coating, the Step Drill withstands demanding work environments. Its straight shank ensures stable rotation and compatibility with most drilling machines. Its versatility allows use across various sheet metal and plastic applications, making it a valuable addition for manufacturers, suppliers, and service providers.

FAQ's of Step Drill - Use For Precision Drilling Of Sheet Metal And Plastic Up To 30 Mm:

Q: How do I use the Step Drill for precision drilling in sheet metal and plastic?

A: To use the Step Drill, secure the workpiece and align the drill with your intended hole location. Start drilling at a low speed, applying moderate pressure. The incremental step design allows you to enlarge holes gradually up to 30 mm, ensuring precise results and reducing burrs.

Q: What materials are compatible with the Step Drill?

A: The Step Drill is specifically engineered for drilling in sheet metal and various plastic materials up to a thickness of 30 mm, providing clean and accurate holes without causing excessive damage or burrs.

Q: What are the benefits of the titanium-coated surface finish?

A: A titanium-coated surface enhances wear resistance and increases the step drill's lifespan. It also reduces friction, leading to smoother drilling and less heat generation, which helps preserve both the tool and workpiece.

Q: Where is the Step Drill best suited for use?

A: This tool is ideal for use in industrial facilities, manufacturing units, and workshops that require precise drilling in sheet metals and plastics. Its design caters to professionals such as distributors, exporters, and service providers based in India.

Q: When should I choose a Step Drill over a conventional drill bit?

A: A Step Drill is recommended when you need to enlarge existing holes or create multiple diameters in a single pass, especially when working with thin sheet metal or plastics. Its ability to reduce burrs and produce clean hole edges makes it superior for precision work.

Q: What is the process for enlarging a hole using this Step Drill?

A: To enlarge a hole, insert the Step Drill into the existing opening and drill slowly. The tool's step sizes allow you to increase the hole diameter incrementally, providing control and accuracy at each step without damaging the material.

Q: How does the step design contribute to durability and tool life?

A: The step design, paired with high-speed steel material, reduces stress on each cutting edge, resulting in even wear and extending overall tool life. This ensures high durability, even during continued industrial use.

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