This machine is specialized in cutting carbide rods It can also be used for high hardness material cutting, full automatic control, high cutting efficiency, high precision cutting products.
Revolutionizing Carbide Rod Processing: The Advanced Four-slot Cutting Machine Series
Introduction
In the precision manufacturing sector, efficient and accurate cutting of high-hardness materials remains a critical challenge. Our Four-slot Cutting Machine series represents a technological leap forward, specifically engineered for cutting carbide rods and other ultra-hard materials. Designed with full automation and exceptional precision, these machines significantly enhance production efficiency while maintaining rigorous quality standards across industrial applications.
Product Overview
The Four-slot Cutting Machine series comprises three distinct models—DFQ-08NC, DFQ-12NC, and DFQ-30NC—each optimized for specific operational requirements. These patented machines feature:
Full Automated Control: Minimizing human intervention and operational errors
High Cutting Efficiency: Optimized throughput for industrial-scale production
Precision Engineering: ±0.05mm cutting accuracy for critical applications
Material Versatility: Specialized for carbide rods (ø3–ø32mm) and compatible with other high-hardness materials
Technical Specifications by Model
DFQ-08NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 4pcs simultaneously |
| Max Cutting Diameter | Φ8mm |
| Processing Range | Φ3–Φ8mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | 200W |
| Spindle Speed | 3800 rpm |
| Cutting Wheel | Φ200xΦ25.4xH1.0 |
DFQ-12NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 2pcs simultaneously |
| Max Cutting Diameter | Φ16mm |
| Processing Range | Φ3–Φ16mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | Not Applicable |
DFQ-30NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 1pc simultaneously |
| Max Cutting Diameter | Φ32mm |
| Processing Range | Φ10–Φ32mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | Not Applicable |
Common Features Across All Models:
Feeding Schedule: 480mm
Feeding Servo Motor: 200W
Rods Hopper Width: 400mm
Dimensions: 1650×1500×950mm
Machine Weight: 1350kg
Engineering Advantages
Precision Cutting Mechanism: Incorporates diamond-coated cutting wheels (Φ200×Φ25.4×H1.0) maintained at 3800 rpm for clean, burr-free cuts
Intelligent Automation: Integrated servo motors precisely control feeding and cutting operations, eliminating manual measurement errors
Material-Specific Tooling: Proprietary pressing blocks (DF-YL004) ensure zero material deformation during processing
Title:
Precision Carbide Rod Cutting Machines | DFQ Series (08NC, 12NC, 30NC)
Keywords:
Automated carbide rod cutting machine
High precision cutting equipment
DFQ-08NC 4-slot cutter
DFQ-12NC 2-slot cutting system
DFQ-30NC heavy-duty cutter
Hard material cutting solutions
±0.05mm tolerance cutting
Industrial carbide processing machines
Description:
Specialized automatic cutting machines for carbide full automation, ±0.05mm precision, and model-specific configurations (4-slot, 2-slot, single-cut). Engineered for high-efficiency processing of ultra-hard materials with patented technology.
Revolutionizing Carbide Rod Processing: The Advanced Four-slot Cutting Machine Series
Introduction
In the precision manufacturing sector, efficient and accurate cutting of high-hardness materials remains a critical challenge. Our Four-slot Cutting Machine series represents a technological leap forward, specifically engineered for cutting carbide rods and other ultra-hard materials. Designed with full automation and exceptional precision, these machines significantly enhance production efficiency while maintaining rigorous quality standards across industrial applications.
Product Overview
The Four-slot Cutting Machine series comprises three distinct models—DFQ-08NC, DFQ-12NC, and DFQ-30NC—each optimized for specific operational requirements. These patented machines feature:
Full Automated Control: Minimizing human intervention and operational errors
High Cutting Efficiency: Optimized throughput for industrial-scale production
Precision Engineering: ±0.05mm cutting accuracy for critical applications
Material Versatility: Specialized for carbide rods (ø3–ø32mm) and compatible with other high-hardness materials
Technical Specifications by Model
DFQ-08NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 4pcs simultaneously |
| Max Cutting Diameter | Φ8mm |
| Processing Range | Φ3–Φ8mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | 200W |
| Spindle Speed | 3800 rpm |
| Cutting Wheel | Φ200xΦ25.4xH1.0 |
DFQ-12NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 2pcs simultaneously |
| Max Cutting Diameter | Φ16mm |
| Processing Range | Φ3–Φ16mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | Not Applicable |
DFQ-30NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 1pc simultaneously |
| Max Cutting Diameter | Φ32mm |
| Processing Range | Φ10–Φ32mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | Not Applicable |
Common Features Across All Models:
Feeding Schedule: 480mm
Feeding Servo Motor: 200W
Rods Hopper Width: 400mm
Dimensions: 1650×1500×950mm
Machine Weight: 1350kg
Engineering Advantages
Precision Cutting Mechanism: Incorporates diamond-coated cutting wheels (Φ200×Φ25.4×H1.0) maintained at 3800 rpm for clean, burr-free cuts
Intelligent Automation: Integrated servo motors precisely control feeding and cutting operations, eliminating manual measurement errors
Material-Specific Tooling: Proprietary pressing blocks (DF-YL004) ensure zero material deformation during processing
Title:
Precision Carbide Rod Cutting Machines | DFQ Series (08NC, 12NC, 30NC)
Keywords:
Automated carbide rod cutting machine
High precision cutting equipment
DFQ-08NC 4-slot cutter
DFQ-12NC 2-slot cutting system
DFQ-30NC heavy-duty cutter
Hard material cutting solutions
±0.05mm tolerance cutting
Industrial carbide processing machines
Description:
Specialized automatic cutting machines for carbide full automation, ±0.05mm precision, and model-specific configurations (4-slot, 2-slot, single-cut). Engineered for high-efficiency processing of ultra-hard materials with patented technology.
Revolutionizing Carbide Rod Processing: The Advanced Four-slot Cutting Machine Series
Introduction
In the precision manufacturing sector, efficient and accurate cutting of high-hardness materials remains a critical challenge. Our Four-slot Cutting Machine series represents a technological leap forward, specifically engineered for cutting carbide rods and other ultra-hard materials. Designed with full automation and exceptional precision, these machines significantly enhance production efficiency while maintaining rigorous quality standards across industrial applications.
Product Overview
The Four-slot Cutting Machine series comprises three distinct models—DFQ-08NC, DFQ-12NC, and DFQ-30NC—each optimized for specific operational requirements. These patented machines feature:
Full Automated Control: Minimizing human intervention and operational errors
High Cutting Efficiency: Optimized throughput for industrial-scale production
Precision Engineering: ±0.05mm cutting accuracy for critical applications
Material Versatility: Specialized for carbide rods (ø3–ø32mm) and compatible with other high-hardness materials
Technical Specifications by Model
DFQ-08NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 4pcs simultaneously |
| Max Cutting Diameter | Φ8mm |
| Processing Range | Φ3–Φ8mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | 200W |
| Spindle Speed | 3800 rpm |
| Cutting Wheel | Φ200xΦ25.4xH1.0 |
DFQ-12NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 2pcs simultaneously |
| Max Cutting Diameter | Φ16mm |
| Processing Range | Φ3–Φ16mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | Not Applicable |
DFQ-30NC Model
| Parameter | Specification |
|------------------------|---------------------|
| Number Of Cutting | 1pc simultaneously |
| Max Cutting Diameter | Φ32mm |
| Processing Range | Φ10–Φ32mm |
| Cutting Accuracy | ±0.05mm |
| Main Motor | 3.7kW |
| Cutting Servo Motor | 750W |
| Slotting Servo Motor | Not Applicable |
Common Features Across All Models:
Feeding Schedule: 480mm
Feeding Servo Motor: 200W
Rods Hopper Width: 400mm
Dimensions: 1650×1500×950mm
Machine Weight: 1350kg
Engineering Advantages
Precision Cutting Mechanism: Incorporates diamond-coated cutting wheels (Φ200×Φ25.4×H1.0) maintained at 3800 rpm for clean, burr-free cuts
Intelligent Automation: Integrated servo motors precisely control feeding and cutting operations, eliminating manual measurement errors
Material-Specific Tooling: Proprietary pressing blocks (DF-YL004) ensure zero material deformation during processing
Title:
Precision Carbide Rod Cutting Machines | DFQ Series (08NC, 12NC, 30NC)
Keywords:
Automated carbide rod cutting machine
High precision cutting equipment
DFQ-08NC 4-slot cutter
DFQ-12NC 2-slot cutting system
DFQ-30NC heavy-duty cutter
Hard material cutting solutions
±0.05mm tolerance cutting
Industrial carbide processing machines
Description:
Specialized automatic cutting machines for carbide full automation, ±0.05mm precision, and model-specific configurations (4-slot, 2-slot, single-cut). Engineered for high-efficiency processing of ultra-hard materials with patented technology.
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