MZG Fast Drilling System
MZG present a detailed introduction to our comprehensive Fast Drilling System. This system represents a paradigm shift from conventional drilling, moving away from slow, solid HSS or brazed carbide drills towards a highly efficient, indexable insert-based methodology. It is engineered to dramatically increase metal removal rates, reduce operational costs, and enhance safety and precision across a vast spectrum of hole-making applications, from shallow holes in general manufacturing to deep, large-diameter bores in heavy industry.
Extreme Drilling Efficiency
Dramatically increase metal removal rates through advanced indexable insert technology with optimized geometries supporting high speeds and feeds compared to traditional solid drills.
Superior Chip Control & Evacuation
Advanced chip-breaking geometries with central coolant holes ensure efficient chip evacuation from deep holes, preventing chip packing and eliminating hazardous stringers.
Outstanding Cost-Effectiveness
Indexable design eliminates tool regrinding costs - simply replace low-cost inserts in seconds while maintaining consistent performance and minimizing machine downtime.
System Performance Analysis
The performance of our Fast Drilling System is defined by its exceptional speed, versatility, and intelligent design, which translates directly into superior productivity and hole quality. The core of the system, our U-Drills (WC, SP, SO, XO, WD, TAF series), are built for speed. By utilizing small, tough carbide inserts with advanced geometries and coatings, these drills can operate at significantly higher speeds and feeds than traditional twist drills.
A critical performance feature across the entire system is advanced chip control. Inserts are designed with sophisticated chip-breaking geometries that produce small, manageable chips. This, combined with the universal feature of central coolant holes in the drill bodies, ensures efficient chip evacuation even from deep holes. This prevents chip packing, reduces cutting forces, and eliminates the long, hazardous "stringers" associated with twist drills.
For deep-hole applications where the length-to-diameter (L/D) ratio exceeds 5xD, the Spade Drill is the superior performance choice. Its self-centering point geometry and balanced, dual-edge design ensure exceptional hole straightness and stability over long reaches. For machining extremely large diameters, the VMD system delivers unmatched performance with its modular design and replaceable components.
Key Performance Indicators
- Diameter Range: Ø9~Ø180mm
- Insert Types: WCMX, SPMG, SOMT, XOMT, WDXT, GCMT/GPMT
- Depth Capability: Up to 5xD ratio
- Cooling System: Internal coolant holes
- Applications: Through-hole & Flat-bottom
Our Products
WC Type Fast Drilling Bit (U-Drill, Through Hole)
K05For through hole drilling; cutting diameter Ø14~Ø65
SP Type Fast Drilling Bit (U-Drill, Flat Bottom Hole)
K07For flat bottom hole drilling; cutting diameter Ø13~Ø60
SO Type Fast Drilling Bit (U-Drill, Flat Bottom Hole)
K09For flat bottom hole drilling; cutting diameter Ø10~Ø50; low resistance
XO Type Fast Drilling Bit (U-Drill, Flat Bottom Hole)
K11For flat bottom hole drilling; cutting diameter Ø13~Ø60; low resistance
WD Type Fast Drilling Bit (U-Drill, Flat Bottom Hole)
K13For flat bottom hole drilling; cutting diameter Ø13~Ø65; for heavy rough machining
TAF Discard Quick Drill (U-Drill, Flat Bottom Hole)
K16For flat bottom hole drilling; cutting diameter Ø12~Ø56
Spade Drill / Spade Drill Bar
K18For fast deep hole drilling (through hole); cutting diameter Ø9~Ø65; self-centering, suitable for deep holes within 5xD ratio; high precision
SP Type Centering Fast Drilling Bit
K19Precision centering and positioning operations
WC Type Centering Fast Drilling Bit
K19Precision centering and positioning operations
VMD Large Drill Bit
K20Large diameter hole machining for oil, coal and other machine industries
Product Gallery
Technical Parameters
Indexable Insert Technology
Comprehensive range of insert types including WCMX (general-purpose, through-hole), SPMG (flat-bottom), SOMT/XOMT (low-resistance), WDXT (flat-bottom with geometries for finishing to roughing), and GPMT/GCMT (sharp, wear-resistant) with diameter ranges from Ø10mm to Ø65mm.
Spade Drill System
Specialized for deep-hole applications with L/D ratios exceeding 5xD. Features self-centering point geometry and balanced dual-edge design ensuring exceptional hole straightness. Available in both high-performance carbide and tough HSS inserts with central coolant holes.
VMD Large Drill System
Modular design for extremely large diameters (Ø45mm to Ø180mm) featuring central guide drill for precision centering, replaceable outer insert clamps, and adjustable diameter capability (0-5mm). Enables cost-effective replacement of wear-prone components only.
Application Scenarios & Applicable Machining
Application Scenarios
- High-Production CNC Machining: Primary application for U-Drills and carbide Spade Drills in automotive, aerospace, and general manufacturing where cycle time is critical
- Heavy Industry: VMD Large Drill Bit for petroleum, mining, and energy sectors machining large bores in valve bodies and hydraulic cylinders
- Deep Hole Drilling: Spade Drill applications for L/D > 5x in mold making and hydraulic manifold production ensuring straightness and reliable chip evacuation
- Conventional Machining: HSS insert Spade Drills for less rigid machines like radial and vertical drills providing toughness where carbide may chip
Applicable Machining
- High-Speed Through-Hole Drilling: WC Type U-Drills for maximum speed and economy in through-hole applications with superior chip evacuation
- Flat-Bottom Hole Drilling: SP, SO, XO, WD, and TAF types optimized for creating precise flat-bottom blind holes with excellent surface finish
- Large Diameter Boring: VMD system for extremely large diameters with modular design allowing cost-effective component replacement
- Precision Centering: Specialized centering drills for high-precision positioning and chamfering operations in critical applications
Main Functions
Primary Functions
- Drastically Increase Metal Removal Rates: Complete drilling operations in a fraction of the time required by traditional methods, directly boosting machine throughput
- Reduce Per-Hole Tooling Cost: Utilize small, inexpensive, replaceable inserts eliminating high cost of purchasing, regrinding, and recoating solid drills
- Enhance Process Security: Advanced chip-breaker geometries and through-coolant create reliable, safe machining free from dangerous tangled chips
Performance Benefits
- Improve Hole Quality: Produce straighter, more accurately sized holes with better surface finishes through self-centering geometries and balanced cutting forces
- Provide Scalable Solutions: Single cohesive platform solving virtually any hole-making challenge from 10mm holes to 180mm bores in massive forgings
- Maximize Operational Efficiency: Continuous cutting without retraction, one-shot drilling capability, and modular designs minimize downtime and inventory
Need Professional Fast Drilling Solutions?
Our technical team can help you select optimal fast drilling systems for specific hole-making applications, from high-speed through-holes to precision flat-bottom drilling. We provide comprehensive solutions for maximum efficiency across steel, stainless steel, aluminum, and superalloys.