Precision Deep Hole Drilling Solutions for Complex Components
ARMPRE provides CNC deep hole drilling solutions for complex industrial components requiring accurate and reliable machining performance.
With advanced drilling technologies and customized configurations, our machines support demanding applications including molds, automotive components, hydraulic parts, and precision manufacturing.
◉ Integrated Machining Capability
Gun drilling, BTA drilling, milling and tapping for different machining requirements.
◉ Complex Component Processing
Multiple hole positions and surfaces machined with stable performance.
◉ Customized Engineering Solutions
Flexible machine configurations based on part requirements and production goals.
Explore Our Deep Hole Drilling Equipment
ARMPRE offers customized gun drilling systems and CNC machining solutions for different industrial applications.
GMD CNC Gun Drilling Machine
◉ Precision small diameter hole machining
◉ Stable CNC drilling process
◉ Suitable for high accuracy applications
MGD Multi-Spindle Gun Drilling System
◉ 1–6 spindle configurations
◉ Improved production efficiency
◉ Flexible production solutions
Deep Hole Drilling & Milling Machine
◉ Integrated drilling and milling functions
◉ Complex component machining
◉ Multiple process capability
Technical Specifications & Customization Options
| Parameter | Specification |
|---|---|
| 0.9–65 mm | |
| Maximum Drilling Length | Up to 4000 mm |
| Drilling Process | Gun Drilling / BTA Drilling |
| Spindle Configuration | 1–6 Spindles |
| CNC Control System | FANUC / Customized |
| Axis Configuration | Multi-Axis Control |
| Machining Function | Drilling / Milling / Tapping |
| Coolant System | High Pressure Cooling |
| Automation Level | Semi-Automatic / Fully Automatic |
| Tooling System | Gun Drill Tools |
| Material Capability | Steel, Stainless Steel, Aluminum |
| Fixture System | Customized Workholding Solutions |
01
Spindle Configuration
Multiple spindle designs are available to meet different production requirements.
02
Automation Integration
Feeding systems, fixtures, and production line integration are available.
03
Tooling Integration
Customized tooling ensures stable positioning and thread quality.
Key Technologies of ARMPRE Tapping Systems
01
Advanced CNC Control System
ARMPRE tapping systems use CNC control technology to achieve precise positioning and stable thread processing. The system allows easy parameter adjustment and reliable operation for different production requirements.
02
Customized Multi-Spindle Head Design
Customized spindle heads allow multiple tapping operations to be completed in one cycle. ARMPRE provides flexible spindle layouts based on part design, hole positions, and production requirements.
03
Customized Machine Length for Different Parts
Machine dimensions and working length can be customized according to component size and production layout. This flexibility helps manufacturers process longer parts while maintaining stable tapping performance.
| TAPPING RESULTS
Tapping Results & Process Verification
Real machining samples demonstrate the thread quality, accuracy, and consistency achieved by ARMPRE tapping systems.
◉ Component: Steel Disc
◉ Material: 45# Steel
◉ Process: Multi-hole Tapping
◉ Component: Solar Equipment Component
◉ Material: Aluminum Alloy
◉ Process: End-face Tapping
◉ Component: Metal Adapter
◉ Material: Precision Alloy Steel
◉ Process: Multi-hole Tapping
◉ Component: Energy Equipment Component
◉ Material: Aluminum Alloy
◉ Process: Multi-hole Tapping
◉ Component: Automotive Component
◉ Material: Carbon Steel
◉ Process: Internal Thread Tapping
◉ Component: Aerospace Bolt
◉ Material: Stainless Steel Alloy
◉ Process: Side hole Tapping
| INDUSTRIAL APPLICATION
Industrial Applications of Multi-Spindle Tapping Machines
ARMPRE multi-spindle tapping machines provide reliable thread processing for automotive, precision manufacturing, sheet metal, and industrial components.
01
Automotive Components
Production of automotive parts requiring consistent internal threads and reliable cycle performance.
02
Precision Metal Parts
Thread processing for precision components requiring multiple holes and strict dimensional accuracy.
03
Sheet Metal Components
Efficient tapping solutions for sheet metal parts, brackets, and fabricated components.
04
Industrial Components
Stable thread processing for machinery parts and industrial assemblies.
—PROCESS FLOW
From Drawing to Finished Parts: Our Tapping Solution Process
ARMPRE provides a complete process from part analysis and fixture design to automated tapping and quality verification.
Customer Sample Review
Review customer drawings, materials, and thread specifications before machine testing.
Machine Setup & Optimization
Install tapping tools, adjust machining parameters, and optimize the machine according to production requirements.
Tapping Performance Test
Test real workpieces and verify stable thread processing performance for different thread requirements.
Thread Quality Inspection
Check thread accuracy, hole position, tapping depth, and finished thread quality.
FAT Approval & Shipment
Complete final inspection, record testing results, and prepare the machine for shipment.
ARMPRE Manufacturing Capability
With experienced engineers and complete manufacturing capabilities, ARMPRE provides reliable tapping solutions from machine design to final delivery.
◉ Machine Design & Engineering
Professional engineering team develops customized tapping solutions based on customer part requirements.
◉ Precision Manufacturing
Complete machining and assembly capabilities ensure stable machine quality and reliable performance.
◉ Machine Testing & Verification
Each machine is tested before shipment to confirm processing performance and production requirements.
◉ Customer Support
Technical support is provided from application evaluation to machine installation.
Key Factors for Selecting a Multi-Spindle Tapping Solution
Selecting the right tapping solution depends on thread requirements, production volume, workpiece characteristics, and automation goals.
Thread Requirements
Select the suitable tapping configuration based on thread size, pitch, material, and processing requirements.
Production Volume
Choose the appropriate machine configuration according to production quantity, cycle time requirements, and efficiency targets.
Workpiece Characteristics
Consider material type, component design, hole positions, and part geometry to ensure stable tapping performance.
Spindle Configuration
Select spindle quantity, tooling design, and fixture solutions according to production requirements.
Automation Requirements
Evaluate automation level, feeding solutions, and future production expansion requirements.
Frequently Asked Questions About Tapping Solutions
Discuss Your Multi-Spindle Tapping Solution
Tell us your part requirements, thread specifications, and production goals. Our engineers will provide a suitable tapping solution.