Double-Ended Coated Solid Carbide Center Drill for Aluminum, Copper and Steel

DOUBLE-ENDED SOLID CARBIDE CENTER DRILL SERIES
Double-ended precision centering and spotting for aluminum, copper and steel, with two usable cutting ends and application-specific coating options.
Substrate:Fine-Grain Solid Carbide
End Design:Double-Ended
Drill Type:Center Drill
Point Angle:90° Standard
Cutting Ends:Two Usable Ends
Liquido di raffreddamento:External Coolant / Air
Dia. Range:Ø0.4–5 mm
Rivestimento:Application-Specific PVD
Application / Material
P SteelN Non-Ferrous

Qualità costante

Consistent geometry across repeat orders.

Ordini flessibili

Small batches and mixed sizes available.

OEM Support

Custom marking, labels and packaging.

Standard e personalizzati

Standard sizes and custom configurations.

Double-Ended Coated Solid Carbide Center Drill Overview

This double-ended coated solid carbide center drill is designed for accurate centering, spotting and selected light chamfering operations in aluminum, copper, steel and selected alloy-steel workpieces. Its two usable cutting ends improve tool utilization, while the short, rigid geometry supports stable positioning before follow-up drilling. Standard 90° configurations are available, with selected 60° and 120° point angles reviewed according to the required center-hole form. Diameter, length, coating, edge preparation and marking can be configured for standard purchasing or OEM requirements.

Tipo di strumentoCenter Drill
End DesignDouble-Ended
Materiale dell'utensileCarburo solido
Point Angles90° / Custom

Key Configuration

Two Usable Cutting Ends

The reversible double-ended construction improves tool utilization when both cutting ends remain suitable for use.

Rigid Centering Geometry

The compact cutting geometry supports controlled tool entry and accurate starting positions before drilling.

Application-Specific Coating

Coating and edge preparation can be selected according to aluminum, copper, steel or mixed-material requirements.

Key Product Advantages

Double-ended coated solid carbide center drill configuration

Two Usable Precision-Ground Ends

The symmetrical double-ended construction provides two usable cutting ends and supports efficient tool utilization in repeated centering operations.

Cutting geometry of double-ended solid carbide center drill

Short, Rigid Centering Geometry

The compact point geometry supports controlled entry, accurate hole location and reduced deflection before follow-up drilling.

Coating and cutting-edge detail of carbide center drill

Material-Specific Edge & Coating Options

Low-friction configurations can be reviewed for aluminum and copper, while wear-resistant PVD options can be selected for steel applications.

Configurable Center-Hole Geometry

Pilot diameter, body diameter, included angle and overall length can be matched to the required center-hole form or customer drawing.

Workpiece Material Compatibility

MATERIAL GROUP EXAMPLES APPLICATION NOTE
P Steel Carbon steel, alloy steel and tool steel Select a wear-resistant coating
M Stainless Steel Selected stainless-steel grades Confirm edge preparation and parameters
N Non-Ferrous Aluminum, copper and selected non-ferrous alloys Use a low-friction cutting configuration
Application Note: One coating and cutting-edge configuration may not deliver the best performance across every listed material. Confirm the primary workpiece grade, hardness and machining conditions before ordering.

Applications & Target Scope

  • Center-hole preparation before drilling or turning
  • Accurate spotting on CNC machining centers and lathes
  • Selected light chamfering and countersinking operations
  • Mixed-material production requiring configurable cutting geometry
  • Standard, distributor and private-label OEM supply

Product & Cutting-Edge Details

Double-Ended Center Drill Product Detail

Tool Nomenclature & Dimensions

Standard dimensional parameters and technical nomenclature for double-ended coated solid carbide center drills.

Double-ended solid carbide center drill dimensional reference
d1: Pilot Diameter D: Body Diameter L1: Cutting Length per End L: Lunghezza complessiva A: Included Point Angle

Standard Size Matrix

MODEL d1 D L POINT ANGLE
0.4 × D4 × 50 0.4 4 50 90°
0.5 × D4 × 50 0.5 4 50 90°
0.6 × D4 × 50 0.6 4 50 90°
0.7 × D4 × 50 0.7 4 50 90°
0.9 × D4 × 50 0.9 4 50 90°
1.1 × D4 × 50 1.1 4 50 90°
1.3 × D4 × 50 1.3 4 50 90°
1.4 × D4 × 50 1.4 4 50 90°
1.5 × D4 × 50 1.5 4 50 90°
1.6 × D4 × 50 1.6 4 50 90°
1.7 × D4 × 50 1.7 4 50 90°
1.8 × D4 × 50 1.8 4 50 90°
1.9 × D4 × 50 1.9 4 50 90°
2.0 × D6 × 50 2.0 6 50 90°
3.0 × D6 × 50 3.0 6 50 90°
3.0 × D8 × 50 3.0 8 50 90°
4.0 × D8 × 50 4.0 8 50 90°
4.0 × D10 × 60 4.0 10 60 90°
5.0 × D10 × 60 5.0 10 60 90°
Dimension Note: d1 is the pilot diameter, D is the center-shank or body diameter, and L is the overall length. Confirm cutting length per end, point angle, coating and stock availability before ordering.

Recommended Starting Cutting Parameters

General starting values and detailed application parameters are available in our technical guide.

Solid Carbide Drill Cutting Data Guide

Access ISO-categorized starting speeds and feeds for application review and controlled machining trials.

View Cutting Data Guide

Centering & Spotting Product Family

Explore related configurations for different centering, spotting and custom-hole preparation requirements.

Single-Ended Center Drills

Standard Centering

Double-Ended Series

Current Product

Solid Carbide Spot Drills

Accurate Hole Location

Custom Center Drills

Drawing-Based Geometry

For additional size ranges and related drill series, View the Solid Carbide Drill Catalog. Custom dimensions can be reviewed according to your drawing or application requirements.

Double-Ended Center Drill Customization

Pilot diameter, countersink diameter, point angle, cutting length, dual-end geometry, edge preparation and coating are configured according to the required centering operation, workpiece material and hole specification.

Custom double-ended center drill geometry

Dual-End Geometry & Edge Preparation

Both cutting ends can be configured with matching pilot sections, countersink profiles, flute geometry and edge preparation for consistent centering performance.

Double-ended spot and center drill customization solutions

Dimensions & Point-Angle Options

Pilot diameter, major cutting diameter, pilot length, countersink angle, overall length and center-shank dimensions can be reviewed according to the required hole feature.

PARAMETER MANUFACTURING CAPABILITIES
Diameter Configuration Pilot diameter and major cutting diameter manufactured according to the required center-hole or countersink specification
Dual-End Construction Matching cutting geometry on both ends, with dimensional symmetry and a common cylindrical center shank
Point & Countersink Angle 60°, 90°, 120° or drawing-defined point and countersink profiles reviewed according to the required application
Length & Shank Dimensions Custom pilot length, cutting length, overall length, center-shank diameter and available clamping section
Flute & Edge Preparation Application-specific flute space, clearance angle, cutting-edge preparation and chip-control geometry
Coating & Coolant DLC, AlTiN, TiAlN or uncoated options selected by workpiece material, with air, mist or external coolant reviewed by application
Dimensional Tolerance Drawing-defined tolerances for pilot diameter, major diameter, point angle, dual-end symmetry, concentricity and overall geometry
Nota ingegneristica: Coating and cutting-edge geometry are selected according to the exact aluminum, copper or steel grade. One coating specification should not be assumed suitable for every workpiece material.

Servizi OEM e a marchio privato

OEM manufacturing and private-label supply options for industrial distributors, tooling brands and repeat-production customers.

OEM branding and packaging for double-ended solid carbide center drills

Laser Etching

Custom marking for logos, tool codes, model numbers and dimensions can be reviewed according to the available center-shank area.

Custom Packaging

Protective individual tubes, internal supports, custom labels and private-label boxes help protect both cutting ends.

Commercial Terms

Flexible MOQ options for standard configurations, custom sizes, trial orders and scheduled repeat supply.

Technical Workflow

STAGE 01

Inquiry

Submit the hole specification, material grade, dimensions and required quantity.

STAGE 02

Engineering

Dual-end geometry, point angle, coating and edge preparation are reviewed.

STAGE 03

Commercial

Quotation, MOQ, production schedule and delivery terms are confirmed.

STAGE 04

Production

Dual-end grinding, edge preparation, coating and tool identification.

STAGE 05

Quality Control

Both ends are inspected for diameter, angle, symmetry, concentricity and cutting-edge condition.

Inspection & Quality Control

Drill dimensions, cutting-edge geometry and visible surface condition are checked according to the confirmed product specification and application requirements.

Carbide drill inspection and quality control at HY Cutting Tools
INSPECTION ITEM WHAT WE CHECK
Diametro di taglio Checked against the confirmed product specification or drawing requirement
Overall & Flute Length Dimensional consistency according to the confirmed drill configuration
Esaurimento Checked according to the drill type, diameter and agreed application requirement
Point Geometry Point angle, cutting-edge form and visible geometry condition
Cutting Edge Visible edge condition, grinding quality and edge preparation
Surface & Coating Coating condition, surface consistency and visible defects
Marking & Packaging Product model, quantity, marking and label consistency against the confirmed order
Quality Note: Inspection requirements and tolerance values vary by drill type, diameter, geometry and application. Product-specific requirements are confirmed before production.
Visualizza Produzione e Qualità

Protective Packing for Shipment

Finished drills are protected individually before batch labeling and export-carton reinforcement.

Individual plastic tube protection for carbide drills

Individual Tool Protection

Each drill is individually protected in a plastic tube to reduce contact damage during storage, handling and transportation.

Batch identification label and spec verification for cutting tools

Batch & Label Verification

Tools are grouped and labeled by specification to support order verification before carton packing.

Protective batch packing and export carton protection for cutting tools

Export Carton Protection

Batch packaging, cushioning materials and reinforced export cartons are selected according to the order quantity and shipping method.

Each tool is individually protected before being packed into export cartons. Custom labels, tube colors and outer packaging can be discussed for OEM orders.

Reference Lead Time

The following timeframes are general references. Availability and production scheduling are reviewed for each order.

ORDER TYPE REFERENCE LEAD TIME
Prodotti standard Usually 3–7 working days, subject to availability
Coated or Marked Products Confirmed after specification and order review
Utensili da taglio su misura Usually 10–20 working days after drawing approval
Large Batch Orders Confirmed according to the production schedule
Lead Time Note: Final lead time is confirmed according to specification, quantity, coating and packaging requirements.

Shipping Options

Shipping arrangements can be selected according to order size, delivery schedule and destination.

International Express Door-to-door delivery
Customer-Nominated Forwarder Shipment through your appointed agent
Air Freight For time-sensitive batch orders
Sea Freight For larger-volume orders
Shipping and payment hy cutting tools end mill drills
View Buyer & Reseller Resources

Product FAQs

Product-specific information about applications, double-ended construction, coating selection, available configurations and machining requirements for this solid carbide center drill.

What materials is this center drill designed for?

This center drill is designed for aluminum, copper, steel and selected alloy-steel applications. The cutting geometry, coating and machining parameters should be confirmed according to the exact workpiece grade, hardness and required hole condition.

What is the advantage of the double-ended design?

The double-ended construction provides two usable cutting ends in one tool. After one end reaches its wear limit, the tool can be reversed when the second end remains undamaged, helping improve tool utilization and inventory efficiency.

What operations can this center drill perform?

It is suitable for producing center holes, preparing accurate starting locations before drilling and creating selected shallow chamfers. Final suitability depends on the pilot diameter, included angle, required center-hole form and machining setup.

How should the coating be selected for different materials?

Low-friction coating or polished cutting-edge options can be reviewed for aluminum and copper, while wear-resistant PVD coatings can be selected for steel and alloy steel. One coating may not provide the best performance across every material, so the primary workpiece should be identified before ordering.

What sizes and configurations are available?

Standard and custom configurations can be reviewed according to the product series. Pilot diameter, body diameter, cutting length, overall length, center angle and shank dimensions should be confirmed before ordering.

What information is required for a quotation?

Please provide the pilot diameter, body diameter, center angle, overall length, workpiece material, coating requirement and estimated quantity. A drawing or sample specification is recommended for custom center-hole profiles or non-standard dimensions.

Ordering & OEM FAQs

General information for trial orders, mixed-size purchasing, private labeling and production scheduling.

Do you accept small trial orders?

Yes. Small sample or trial orders are welcomed for dimensional verification and machining evaluation before committing to volume purchasing.

Can mixed sizes and coating options be ordered together?

Yes. Different standard or custom sizes can be combined in one order when the production and coating requirements are compatible. Mixed-size ordering is suitable for distributors, resellers and batch inventory planning.

Is OEM laser marking available?

Yes. Custom laser marking such as a logo, model number, size or batch identification can be reviewed together with OEM labels, individual packaging and outer-box requirements.

What is the typical production lead time?

Standard stock items normally have a shorter lead time, while custom dimensions, special coatings and OEM packaging require additional production time. The exact schedule is confirmed according to specification, quantity, coating and current production capacity.

Downloads & Technical Resources

Access product dimensions, series information and starting cutting data for product selection and application review.

Product Series Catalog PDF
Complete product range, dimensions and available configurations
Speeds & Feeds Guide
Starting cutting data for product selection and application testing

Need Sizes, Pricing or Custom Options?

Send us the required tool type, sizes, quantities, workpiece material and any OEM or custom requirements. We will confirm suitable specifications, availability, lead time and quotation details.

Standard Sizes Small Trial Orders Mixed Sizes OEM & Custom Options
Request Price & Specifications Chat on WhatsApp

Drawings, size lists and reference photos are welcome.