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  • CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining
  • CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining
  • CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining
  • CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining
  • CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining
  • CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining
CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining
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CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining

$1.88-$1.88/ Piece|1 Piece/Pieces(Min. Order)

CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Cutting: Designed for CNC machining of steel workpieces, these tungsten carbide inserts deliver exceptional hardness and wear resistance, enabling precise external turning and milling operations.
  • Versatile Mounting: Square-shaped inserts with a central mounting hole ensure stable alignment and compatibility with standard tool holders, optimizing performance in CNC machines.

Key features

  • 1. Advanced Material Technology

  • With a tungsten carbide composition, the inserts deliver exceptional hardness and wear resistance, outperforming standard steel tools in longevity and durability for heavy-duty machining tasks.

  • 2. Precision-Engineered Design

  • The square shape with a central mounting hole ensures stable alignment and secure attachment to CNC tool holders, minimizing vibration and improving cutting accuracy.

  • 3. High-Performance CNC Compatibility

  • Designed for CNC machining systems, these inserts optimize precision and efficiency in automated external turning operations, ideal for high-volume steel processing.

  • 4. Industrial-Grade Scenario Solutions

  • Engineered for commercial metalworking environments, these inserts support continuous operation in tasks like steel turning, milling, and drilling, ensuring productivity in demanding industrial settings.

  • 5. Transparent Quality Assurance

  • The inserts are housed in a durable, transparent case for easy identification and protection during storage/transport, while the branded packaging includes detailed cutting condition guidelines for optimal performance.

Product details

CUUUER SNMG19 CNC Cutting Tools Turning Inserts Cnc Machining

The CUUWER SNMG19 CNC Cutting Tools Turning Inserts are precision-engineered carbide inserts designed for high-performance external turning operations on steel workpieces. Crafted from tungsten carbide, these inserts deliver exceptional hardness and wear resistance, ensuring longevity and accuracy in CNC machining environments. Their square geometry with a central mounting hole ensures secure toolholder alignment, while transparent packaging and clear labeling streamline identification and storage.

Technical specifications

FeatureSpecificationBenefit
MaterialTungsten Carbide (steel workpiece use)High hardness and thermal stability
Insert DesignSquare geometry with central holeSecure mounting and precise alignment
Control ModeCNC-compatiblePrecision automation in machining
CoatingUncoated (standard)Cost-effective durability for steel
Model CompatibilitySNMG19 series toolholdersUniversal fit for common CNC machines

Customization guide

Adjustable parameters include edge preparation angles and coating types (e.g., PVD coatings) to optimize performance for specialized materials or cutting conditions. For heavy-duty applications, request thicker inserts or reinforced geometries.

Get inspired

With the CUUWER SNMG19 inserts, you can achieve clean, consistent cuts in steel machining. Their tungsten carbide core ensures long tool life even under high-speed CNC operations, while the square design minimizes vibration for precision finishes. Ideal for manufacturers prioritizing efficiency and reliability in turning, milling, or drilling tasks.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Hardness (HV)1400+15% (1610 HV)+30% (1820 HV)*
Thermal Resistance800°C950°C1050°C
Edge StabilityStandardEnhancedPremium (diamond-like coating)

Supplier's note

  1. Three Technical Breakthroughs:

    • Material Composition: Tungsten carbide provides 2x longer life than HSS tools.
    • Geometry Design: Square profile reduces chipping risk by 30% in interrupted cuts.
    • Packaging: Transparent cases cut search time by 25% in multi-tool setups.
  2. Version Selection Guide:

    • Base Model: Ideal for general steel turning at moderate speeds.
    • Advanced Model: Choose for high-speed CNC operations requiring 15% better thermal resistance.
    • Pro Model: Best for heavy-duty, high-temperature environments (e.g., aerospace alloys). Its diamond-like coating triples corrosion resistance, ensuring longevity in harsh conditions.

*Pro Model’s hardness exceeds industry standards by 20%, enabling smoother cuts in hardened steels.

Frequently asked questions

  • Which CUUWER carbide insert model is best for heavy-duty steel machining?

  • How do I clean and maintain CUUWER carbide inserts to prolong lifespan?

  • What’s the advantage of tungsten carbide over high-speed steel in cutting tools?

  • Can CUUWER inserts be customized for specific CNC machine setups?

  • Are CUUWER carbide inserts FDA-approved for food-grade machining?

  • What cutting conditions are optimal for CUUWER SNMM190616-SH P1115 inserts?

  • Which industries use CUUWER CNC cutting tools for external turning?

  • Are CUUWER inserts compatible with standard CNC machine tool holders?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHeavy-duty machining of steel alloysIndustry: HSS (4% Co, ASTM A6)
Base: WC 8% Co (ISO 3611)
Advanced: WC-TiC 10% Co (ISO 3611)
Base: ▲ 23% harder than HSS (88 HRC vs 65 HRC)
Advanced: ▲ 4% harder than Base (92 HRC)
Base: Brittle, requires careful handling
Advanced: Higher cost (+30% vs Base)
Thermal ResistanceHigh-temperature machiningIndustry: 600°C (HSS)
Base: 1000°C (ISO 3640)
Advanced: 1200°C (ISO 3640)
Base: ▲ 66% higher temp tolerance than Industry
Advanced: ▲ 20% hotter use than Base
Base: Requires cooling systems for prolonged use
Advanced: Fragile at extreme temps
Precision TolerancePrecision CNC machiningIndustry: ±0.02mm (ISO 1940)
Base: ±0.01mm (ISO 1940)
Advanced: ±0.005mm (ISO 1940)
Base: ▲ 50% tighter tolerance than Industry
Advanced: ▲ 50% finer than Base
Base: Slower feed rates for precision
Advanced: Requires advanced CNC systems
Tool LifeContinuous production runsIndustry: 30 mins (ISO 3687)
Base: 60 mins (ISO 3687)
Advanced: 90 mins (ISO 3687)
Base: ▲ 100% longer life than Industry
Advanced: ▲ 50% longer than Base
Base: Higher initial cost vs HSS tools
Advanced: Requires expert maintenance
CNC CompatibilityHigh-speed CNC machiningIndustry: Standard CNC (ISO 230-2)
Base: Most CNC (ISO 230-2)
Advanced: High-speed CNC (ISO 230-2)
Base: ▲ 20% faster feed rates than Industry
Advanced: ▲ 40% higher RPM tolerance
Base: Limited to mid-tier machines
Advanced: Requires specialized tool holders
Chip EvacuationDeep slotting/cavitiesIndustry: Standard geometry (ISO 13399)
Base: 118° geometry (ISO 13399)
Advanced: 120° geometry (ISO 13399)
Base: ▲ 15% better chip flow than Industry
Advanced: ▲ 10% wider flute clearance
Base: Less effective in interrupted cuts
Advanced: Narrower cutting edge reduces stability

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