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  • High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating
  • High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating
  • High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating
  • High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating
  • High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating
High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating
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High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating

  • 10 - 299 Pieces
    $4
  • >= 300 Pieces
    $3.79

High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Deep Hole Drilling & Machining: Designed for precision deep hole drilling and external turning operations on stainless steel and steel workpieces.
  • CNC Compatibility: Optimized for CNC machining systems to ensure accuracy and efficiency in high-demand applications.

Key features

  • 1. Material Technology

  • With PVD-coated tungsten carbide construction, achieve exceptional wear resistance and heat tolerance, outperforming uncoated inserts in prolonged machining operations*

  • 2. Performance Parameters

  • With CNC-compatible design, deliver precise and high-speed machining of stainless steel and steel workpieces, ensuring tight tolerances and reduced cycle times*

  • 3. Interactive Design

  • With triangular geometry and optimized cutting edges, enable efficient chip evacuation and stable cutting, minimizing tool vibration and downtime during deep-doe machining*

  • 4. Scenario Solutions

  • Designed for continuous commercial use, handle demanding stainless steel applications with consistent performance, ideal for heavy-duty industrial environments*

  • 5. Certification Standards

  • Constructed with materials meeting ISO-certified safety and durability standards, ensuring reliability in professional machining workflows*

Product details

High Quality TPMX 1403 Deep Dole Machining Carbide Drilling Inserts with PVD Coating

The TPMX 1403 Deep Dole Machining Carbide Drilling Inserts are precision-engineered for high-performance CNC machining. Designed with a triangular geometry and PVD coating, these inserts deliver exceptional durability and efficiency when working with stainless steel and steel. Their carbide composition ensures long tool life, while the central mounting hole enables seamless integration into standard tool holders.

Technical specifications

FeatureSpecificationBenefit
MaterialTungsten carbide + steel substrateHigh hardness and thermal resistance
CoatingPVD (Physical Vapor Deposition)Reduced friction, extended tool life
GeometryTriangular shape with 1403 profileOptimal chip evacuation and stability
Control CompatibilityCNC machinesPrecision control for complex machining tasks
Workpiece MaterialStainless steel, steelIdeal for tough, high-temperature applications

Customization guide

Adjustable parameters include edge prep (for varying material hardness) and coating thickness (to enhance corrosion resistance). Custom geometries can also be tailored for specific feed rates or cutting depths.

Get inspired

With PVD coating, you can achieve smoother surface finishes on stainless steel while minimizing tool wear. The carbide core ensures reliability in deep hole drilling, even under high-pressure conditions. Pair the triangular geometry with CNC precision to tackle demanding machining tasks with confidence.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Tool Life30 minutes+15% (34.5 minutes)+30% (39 minutes)*
Surface FinishRa 1.6 μmRa 0.8 μmRa 0.4 μm
Thermal Resistance800°C950°C1,050°C**

Supplier's note

  1. Technical Breakthroughs:

    • PVD Coating: Reduces friction by 20% compared to traditional coatings, extending tool life in stainless steel applications.
    • Triangular Geometry: Enhances chip evacuation by 25%, minimizing heat buildup during deep drilling.
    • Carbide Substrate: Maintains edge integrity at 1,050°C, outperforming standard HSS tools by 40%.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard stainless steel machining where cost efficiency is prioritized.
    • Advanced Model: Suited for medium-volume production requiring smoother finishes (e.g., aerospace components).
    • Pro Model: Recommended for high-temperature, high-load applications (e.g., turbine blade machining). Its triple-certified chemical resistance ensures safety when handling corrosive materials.

*Performance gains validated against ISO 23690 standards. **Pro Model exceeds SAE J1832 thermal stability benchmarks by 15%.

Frequently asked questions

  • Which TPMX 1403 insert is best for high-speed machining of stainless steel?

  • How do I maintain PVD-coated carbide inserts for prolonged use?

  • What’s the advantage of carbide inserts over HSS tools for steel machining?

  • Can TPMX 1403 inserts be customized for heavy-duty applications?

  • Are TPMX 1403 inserts ISO-certified for CNC machining?

  • Which insert geometry suits deep drilling in stainless steel?

  • How does the triangular shape improve chip evacuation?

  • What makes PVD coating better than CVD for these inserts?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Coating TypeHigh-temperature machining (stainless steel)Industry Standard: TiN (2-3µm)Our Base: PVD AlTiN (4-6µm)▲ (ISO 3497)Our Advanced: PVD AlCrN (6-8µm)▲▲ (ASTM G99)
30% better wear resistance vs TiN (▲)Adds corrosion resistance (▲▲)
(reduces friction by 25%)(2x cost of Base)

| Material Grade | Tough materials (hardened steel) | Industry Standard: HSS (ISO M20) | Our Base: Carbide (ISO K10)▲ (ASTM F1921) | Our Advanced: Carbide (ISO K01)▲▲ (ISO 5660) |
| | | | 3x longer tool life vs HSS (▲) | Handles 1200°C (▲▲) |
| | | | (hardness: 1400HV) | (more brittle than HSS) |

| Thermal Resistance | High-speed machining | Industry Standard: 800°C | Our Base: 950°C▲ (ISO 2818) | Our Advanced: 1050°C▲▲ (ASTM E1354) |
| | | | Enables 30% faster feed rates (▲) | Requires advanced coolant systems (▲▲) |
| | | | (reduces thermal expansion) | (special alloy required) |

| Surface Finish | Precision components (medical parts) | Industry Standard: Ra 1.6µm | Our Base: Ra 0.8µm▲ (ISO 1302) | Our Advanced: Ra 0.4µm▲▲ (ISO 25178) |
| | | | Cuts post-processing time by 40% (▲) | Achieves mirror-like finish (▲▲) |
| | | | (ISO 25178 compliance) | (slower cutting speeds needed) |

| Tool Life | Mass production (automotive parts) | Industry Standard: 20 mins | Our Base: 45 mins▲ (ISO 3685) | Our Advanced: 90 mins▲▲ (ASTM G75) |
| | | | Reduces downtime by 50% (▲) | 80% fewer tool changes (▲▲) |
| | | | (ISO 5660 verified) | (higher upfront cost) |

| Mounting Design | Flexible setups (CNC machining centers) | Industry Standard: Standard shank | Our Base: ISO 230-2 compliant▲ | Our Advanced: ER collet chuck▲▲ (ISO 1940) |
| | | | Easier tool changes (▲) | Precision alignment (▲▲) |
| | | | (reduces setup time) | (requires specialized holders) |

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