MPR Carbide boring tool Reverse boring tool Profiling and Boring cutter

Short Description:

Purpose: Preferred choice for titanium alloy and high hardnessmaterials, Compatible with stainless steel,cast iron processingand finishing with good working conditions

Processing characteristics: Good working condition, Extremely strong wear ,resistance

OPT’s small boring tools are great—high precision, top efficiency, and tough against wear. All standard ones are ready to ship from stock, and if you need something non-standard, we can customize it to fit your requests.


  • Product Material: Carbide
  • Process: Flatten locking
  • Application Scenarios: Internal Profiling and Boring
  • Applicable Machine Tools: heat resistant alloys
  • coating material: slant bed lathe

Product Detail

Product Tags

Internal-Profiling-Boring-Tools-MPR2

Deep Face Grooving Tool

Boring-bar-MPR2

Tailored for small hole processing

1.The tool material is hard, using high hardness tungsten steel material, good wear resistance, high hardness, and the tool does not jump during processing
2.The precision of the cutting tools is high, and the finish of the processed materials is high.
3.New type of groove design to increase chip removal
4.Suitable for difficult-to-process materials such as low-carbon steel, high-carbon steel, stainless steel, bearing steel, high-temperature alloys, and nickel alloys.

Grooving-Tool

Grooving Processing Series Tools

Select specialized grooving tool styles for workpiece bores with slots or face grooves , and verify face grooving tool operating limits to ensure precision in CNC machining .
Opt for internal radius grooving tools when machining arc-shaped slots , enhancing bore machining accuracy and tool longevity in precision engineering .

Small-Boring-Tool-Inserts-2

Small boring tools selection guide

1.Choose precision boring cutter shapes based on internal hole machining positions for optimal results;
2.The coating color of small boring tools varies with workpiece material types - optimized for superior machining performance;
3.All shapes in the diagram are right-cut (R). For left-cut (L) versions, replace 'R' with 'L' and reverse the direction accordingly;

partial reference of key parts

sample2

Various Cooling Ways

Through coolant hole
Double through coolant hole
Side coolant hole

Coated-Layer

Various Coating

PVD multi-layer coating, extremely high heat resistance & smooth cutting operation for all materials.

Comparison

Uniform Microgeometry

The R-radius and edge profile of the tool tips precisely manufactured

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