Feature(may vary by option.)
●【SIZE】Cutting Dia.: 18mm; Shank Dia.:16mm/0.63"; Tool flute length: 30mm/1.18"; Overall length: 158mm/6.22".Package include 1 piece.
●【MATERIAL】Made by high speed steel, combination of hardness and toughness for wear resistance.
●【CHAMFERED ANGLE DESIGN】Chamfered Angle in the bottem provide orienting effects, ensure axis position and roundness.
●【FEATURE】: Designed for reaming to mold processing and handicraft processing. Allows chips to collect in the flutes when cutting, suited for most applications in shallow cuts.
●【APPLICATION】Designed for accurate reaming in most materials, using all types of equipment including screw machines, turret lathes, drill presses and machining centers
[3.5mm]
[12mm]
[2.5mm]
Description
Notes on Use
- Appropriately reducing the cutting speed and feed speed can prolong the service life of the reamer;
- When working, it is necessary to add cutting fluid to protect the cutting edge to make the cutting smoother;
- When the oxide film or other hardened layer remains on the surface of the workpiece, it can be removed by reverse milling.
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35° helix angleThe smaller the helix angle, the smaller the axial pulling force and resistance. Provide smoother chip removal and easy to process high-quality workpieces. |
High speed steelMade of High-speed steel, HSS has high hardness, high wear resistance and high heat resistance to ensure processing efficiency. |
Fully ground knife edgeThe cutting edge is fully ground, wear-resistant and durable, and it is not easy to stick chips which make the cutter head sharper and more durable. |
Explanation of Reaming Allowance
- In order to improve its dimensional accuracy and hole surface quality, reasonable reaming can effectively improve the hole accuracy and surface quality.
- Generally, the reaming allowance is 0.1-0.25mm (one side). For larger diameter holes, the reaming allowance should be increased appropriately, but the allowance should not be greater than 0.3mm.
- There is an experience that suggests to reserve a thickness of 1-3% of the reamer diameter as the reaming allowance (diameter value). For example, it is more appropriate to add a Φ20 reamer with a hole diameter of about Φ19.6: 20－(20×2/ 100)=19.6
- Reaming allowances are usually made smaller for hard materials and some aerospace materials.
