Carmex Tiny Tools: Precision Engineering with Advanced Grade

When it comes to precision machining, Carmex Tiny Tools offer engineers and hobbyists a versatile range of high-performance solutions. Designed for a variety of materials and applications, these tools are engineered to deliver superior performance, longevity, and reliability. Whether you’re working on aluminium, cast iron, or complex alloys, Carmex Tiny Tools provide the cutting-edge technology to keep your projects running smoothly.

Understanding Carmex Tiny Tool Grades

Carmex Tiny Tools are available in several advanced carbide grades, each optimized for specific materials and machining conditions. Choosing the right grade ensures better tool life, improved surface finish, and efficient chip removal.

1. K20 – Uncoated Carbide Grade
The K20 grade is uncoated carbide optimized for non-ferrous metals, aluminium, and cast iron. Its clean cutting properties make it ideal for applications requiring precision without the risk of coating interference.

2. BXC – PVD TiN Coated (Most Popular)
The BXC grade features a PVD TiN coating that enhances durability and versatility. Perfect for a wide range of materials, it performs exceptionally well in ISO P30-P50 and K25-K40 categories. Its reliability and broad applicability have made it Carmex's most popular choice.

3. BMK – Sub-Micron Triple Coated
BMK is a sub-micron carbide grade with an advanced PVD triple coating, designed for ISO K10-K20 materials. This grade offers extremely high heat resistance, smooth cutting operation, and general-purpose performance across most materials. It’s perfect for engineers needing precision and durability in demanding conditions.

4. TNX – Advanced Triple-Layer Coating
The new TNX grade takes performance to the next level. With an extra-fine grain size, high hardness, and toughness, combined with a triple-layer reddish coating, TNX is engineered for higher feeds and high-performance machining at medium to high cutting speeds. Its design provides superior edge stability, improved chip flow, and is particularly effective in maintaining consistency across challenging materials.

Carmex Tiny Tools Product Range

Carmex Tiny Tools are organized into a comprehensive range to suit every precision task:

  • Tiny Bars: 3-40 mm

  • MTR Boring Bars

  • CBR Profiling and Boring Bars

  • CMR Multi-Task Tiny Bars

  • MXR Back Turning Bars

  • MPR Profiling and Boring Bars

  • MUR Profiling, 90˚ Face Cutting Bars

  • MQR Profiling and Boring Bars

  • MIR Threading Bars

  • MDR Thread Relief, Chamfering, and Grooving Bars

  • CPR Pre-Parting and Chamfering Bars

  • MCR Chamfering and Boring Bars

  • MWR Chamfering and Profiling Bars

  • MGR Grooving Bars

  • MKR Full Radius Grooving Bars

  • MFR Face Grooving Bars & Chip Former

  • MFL Face Grooving Bars

  • MVR Deep Face Grooving Bars

  • MZR & MZL Face Grooving Bars

  • HK Broaching Tools

  • Solid Carbide SuperCut MSD Drills

  • Tiny Tools Toolholders (for standard and Star Swiss machines, including fast clamping systems and square shank holders)

  • Tiny Tools Kits

This wide variety ensures that whether you are profiling, boring, chamfering, threading, or grooving, there is a Carmex Tiny Tool perfectly matched to your machining needs.

Why Choose Carmex Tiny Tools?

  1. Precision Engineering: Engineered to deliver consistent performance even on complex parts.

  2. Material Versatility: From non-ferrous metals to hardened steels, Carmex has a grade for every application.

  3. Advanced Coatings: From BXC PVD to the new TNX triple-layer coating, each grade enhances tool life and cutting efficiency.

  4. Comprehensive Range: A full suite of tiny tools, boring bars, grooving bars, threading bars, and toolholders ensures all machining needs are covered.

With Carmex Tiny Tools, engineers gain access to high-precision, reliable tools that optimize machining efficiency and reduce downtime. The introduction of the TNX grade further strengthens Carmex’s reputation for innovation and performance, making it an ideal choice for demanding industrial applications.

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