CNC Drilling Tapping Machine

Product Overview

 

The [Brand Name] DT Series CNC Drilling Tapping Machine is engineered for high-speed, high-precision machining of small-to-medium metal parts. Built on a ribbed Meehanite cast iron bed with finite element analysis (FEA) optimization, the machine minimizes thermal distortion and absorbs high-frequency cutting vibration during aggressive milling and rapid drilling cycles.
Equipped with a direct-drive BT30 spindle and a high-speed servo tool changer, the DT series reduces non-cutting time to a minimum. It serves high-efficiency production lines in automotive, 3C electronics, and general precision engineering sectors where cycle time directly dictates manufacturing cost.

 

 
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Key Features

 

 

Direct-Drive High-Speed Spindle: Features a 12,000 RPM direct-drive spindle coupled with precision ceramic bearings. This setup eliminates belt-slip power loss, reduces thermal growth during long runs, and achieves dynamic balancing within G0.4 standards.


Rigid Tapping Performance: Integrated with high-resolution absolute encoders on the spindle and servo axis synchronization. Supports rigid tapping up to 6,000 RPM, preventing thread pitch distortion and tap breakage in blind-hole operations.


High-Dynamic Axis Acceleration: X, Y, and Z axes are driven by pre-tensioned C3-grade precision ball screws and linear roller guides. Delivering a 48 m/min rapid traverse rate and 1.0 G acceleration, idle movement time between features is reduced by up to 25%.


High-Capacity Chip Evacuation: Features a dual-side slanted sheet metal design inside the work enclosure paired with dual screw chip conveyors on both sides of the bed, preventing chip accumulation during continuous aluminum or cast iron machining.

 

 

Product Range

 

 

We offer three standard configurations tailored to different workpiece envelopes and production throughput requirements:

Model

Table Size (mm)

X/Y/Z Travel (mm)

Max. Spindle Speed (RPM)

Tool Capacity

Target Application

DT-500

650 x 400

500 / 400 / 300

12,000 (Opt. 20,000)

21T (Arm / Umbrella)

3C housings, small brackets, 5G filter cavities

DT-700

800 x 480

700 / 500 / 330

12,000 (Opt. 24,000)

21T / 24T

Automotive valve bodies, pneumatic fittings

DT-1000

1100 x 520

1000 / 550 / 500

10,000 (Opt. 15,000)

24T (Arm Type)

Medium-sized structural plates, mold bases

 

 

Technical Specifications

 

 

Specification Category

Parameter Item

Technical Data

Worktable

Table Dimensions

650 mm x 400 mm (DT-500) / 800 mm x 480 mm (DT-700)

Worktable

Max. Table Load

300 kg

Worktable

T-Slots (Width x Number x Pitch)

14 mm x 3 pcs x 100 mm

Travel

X / Y / Z Axis Travel

700 mm / 500 mm / 330 mm (DT-700)

Travel

Spindle Nose to Table Surface

150 - 480 mm

Travel

Spindle Center to Column Guide

440 mm

Spindle

Spindle Taper

BT30 (BBT30 Optional)

Spindle

Spindle Speed Range

100 - 12,000 RPM (Direct Drive)

Spindle

Spindle Motor Power (Cont. / Peak)

3.7 kW / 5.5 kW (Fanuc / Mitsubishi)

Feed System

Rapid Traverse Rate (X / Y / Z)

48 m/min / 48 m/min / 48 m/min

Feed System

Cutting Feed Rate

1 - 20,000 mm/min

Feed System

Ball Screw Diameter / Pitch (X/Y/Z)

32 mm / 10 mm

Tool Magazine

Tool Storage Capacity

21 Tools (Umbrella type) / 24 Tools (Arm type optional)

Tool Magazine

Max. Tool Diameter / Length

Diameter 80 mm (Full) / Length 200 mm

Tool Magazine

Max. Tool Weight

3 kg

Accuracy

Positioning Accuracy (JIS B6338)

Plus/minus 0.005 / 300 mm

Accuracy

Repeatability Accuracy (JIS B6338)

Plus/minus 0.003 mm

General

Machine Weight

3,800 kg (DT-700)

General

Power Consumption

15 kVA

General

Compressed Air Supply

0.6 MPa, 250 L/min

 

High-Speed Drill-Mill Machining Unit

 

Materials & Surface Finishes

The machine structure and compatible workpiece materials are specified as follows:
Machine Structural Materials
Bed and Column: High-density Meehanite cast iron (HT300), annealed at 600 degrees Celsius to relieve internal stress and prevent structural deformation over operating lifespans.
Guideways & Screws: High-rigidity roller linear guide rails (Rexroth/THK) matched with ground C3-grade alloy steel ball screws.
Compatible Workpiece Materials
Aluminum Alloys: 6061, 7075, A380 (Die-cast aluminum).
Ferrous Metals: Ductile iron, carbon steel (S45C), alloy steel (40Cr).
Non-Ferrous Metals: Brass, copper alloys.

Applications
 

3C Electronics:

High-speed milling and tapping of smartphone mid-frames, camera brackets, and tablet enclosures made of aluminum alloy.

Automotive Components:

Multi-face drilling and tapping for ABS valve blocks, oil pump covers, throttle bodies, and transmission control housings.

General Precision Machining:

Batch production of pneumatic valve blocks, hydraulic manifold connectors, and small mechanical linkage parts.

 

Quality Control & Inspection

Manufactured under strict ISO 9001 quality management standards, every machine undergoes a rigorous multi-stage verification protocol before factory dispatch:

Geometric Accuracy Inspection:

Laser interferometer measurement for axis positioning and backlash compensation; ballbar testing for circular interpolation accuracy.

Spindle Dynamic Balance Test:

Spindle runout verified under thermal equilibrium at maximum rated RPM (runout within 0.002 mm).

HighContinuous Running Test (Burn-in): Strength

48-hour continuous dry-run test under load to monitor thermal stability, hydraulic pressure consistency, and electrical system reliability.

Workpiece Sample Trial:

Machining customer-provided drawings or raw castings on-site to verify actual cycle time, surface roughness (Ra

 

 

Technical Support & Compliance

 

 

 

Regulatory Compliance: Built in strict accordance with CE Safety Directives, featuring electrical enclosure interlocking, safety glass barriers, and emergency stop circuits meeting international industrial machinery standards.

 
 

Installation & Commissioning: On-site deployment and leveling by factory-certified service engineers, including laser geometry re-calibration.

 
 

Operator Training: Comprehensive operational and maintenance training covering G-code programming, parameter backup, routine lubrication, and basic troubleshooting.

 
 

Spare Parts Availability: Critical wear items (lubrication units, solenoid valves, tool fingers, coolant pumps) stocked regionally for rapid dispatch.

 
 

Remote Diagnostics: Optional IoT diagnostic gateway module allowing remote PLC ladder monitoring and parameter recovery.

 

 

 
Custom Manufacturing Process
 

We support tailored modifications based on specific plant layout and automation requirements:

01/

Requirement Analysis: Review of customer part drawings, material specifications, required cycle times, and tolerance sheets.

02/

Fixture & Automation Integration: Design and integration of hydraulic clamping fixtures, pneumatic zero-point clamping systems, or automated robot loading/unloading cells.

03/

Control System Selection: Integration of CNC controllers from Fanuc (0i-MF Plus), Mitsubishi (M80), or Siemens (828D) based on existing plant programming standards.

04/

Pre-Shipment Acceptance (FAT): Customer or third-party inspection at our facility prior to crating and sea freight dispatch.

 

 

FAQ

 

 

Q: What is the actual tool-to-tool change time, and how does it impact high-volume production?

A: The standard umbrella-type tool magazine achieves a tool-to-tool change time of 1.5 seconds (chip-to-chip approx. 2.8 seconds). For parts requiring 15 to 20 tool changes per cycle, this high-speed indexing minimizes non-cutting downtime, boosting daily output by 12% to 18% compared to standard vertical machining centers.

Q: Can this machine handle continuous machining of high-silicon aluminum die-castings without thermal drift?

A: Yes. The DT series incorporates a cooling jacket around the spindle housing circulated by an oil chiller to stabilize bearing temperatures. Additionally, thermal displacement compensation algorithms run in the CNC system to dynamically correct Z-axis position shifts during extended production shifts.

Q: Which CNC controller options are available, and can custom macro programs be integrated?

A: We standardly integrate Fanuc 0i-MF Plus and Mitsubishi M80 controllers, with Siemens 828D available upon request. All controllers fully support custom user macro (B macro) programming, G68 coordinate rotation, and high-speed high-precision mode settings.

 

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Request a Quote

To receive an accurate technical proposal and quotation for your specific application, please provide the following details to our engineering team:
Component CAD drawing or 3D model (STEP format)
Material specification and hardness
Annual production volume or target cycle time
Preferred CNC controller brand (Fanuc / Mitsubishi / Siemens)

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