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Solid Carbide Saws

Solid carbide saw used in CNC milling machine to produce precision slots and cuts. The quality of solid carbide saw is closely related to the quality of processed products. The correct and reasonable selection of tungsten steel saw blade is of great significance to improve product quality, shorten processing cycle and reduce processing cost.

Description

With UKO solid carbide circular saw blades according to DIN1837 and DIN1838 you achieve first-class results in slotting, slitting, milling and cutting works. Our solid carbide circular saw blades are suitable for steel, stainless steel, gray cast iron, aluminum, copper, copper alloy, zinc alloy, titanium alloy, plastic and GRP/CRP, etc.

Our solid carbide circular saw blades are available in diameters ranging from 5mm to 300mm and thickness 0.05mm to 60mm (in correlation to the outer diameter).
Due to the latest tool technology and the highest quality standards, the cutting speed of UKO solid carbide circular saw blades can be increased up to 10 times compared to HSS circular saw blades.

Basic Grade
Grade Binder Density Hardness TRS Kic ISO Application
% g/cm³ HRA Mpa Mpa.m½
UK615 7 14.8 92.5 2700 9.7 K10 Suitable for machining of non-ferrous metals, glasses, cast iron, aluminum alloy.
UK618 11 14.3 92.2 3200 11.5 M10 Suitable for machining of stainless steel, high and low-temperature alloys, titanium alloys, low carbon steel, medium carbon steel and other alloys.
UK616 10 14.45 92 3500 11 K10
UK628 11 14.4 92 2800 10.5 M10
UK630 10 14.35 91.7 2500 10 M15
Unit: mm
ΦD*Φd*T ΦD*Φd*T ΦD*Φd*T ΦD*Φd*T ΦD*Φd*T ΦD*Φd*T
5*2.5*T 15*5.7*T 33*5.5*T 58*24*T 81.5*24*T 113*18*T
8.7*2.0*T 16*2*T 33*7.2*T 61.5*9.5*T 82*12*T 118*45*T
8.7*3.7*T 16*4.5*T 33*7.5*T 61.5*11.5*T 82*24*T 118*86.5*T
10*3.2*T 16*4.7*T 33*9.2*T 61.5*15*T 82*30.5*T 122*10.5*T
10.7*3.7*T 16.5*3*T 33*11.5*T 61.5*16*T 83*30.6*T 122*10.6*T
10.7*3*T 16.5*7.7*T 37*7.5*T 61.5*24*T 86.5*15*T 122*24*T

uko solid carbide saws applicationsUKO has more than 3,000 different circular saw blades.
Products are widely used in:

  • Textile mechanical
  • Clocks goldsmith hardware orthodontics
  • Commutators and electric motors
  • Mechanical applications
  • Keys, blocks and locks
  • Plastics, rubber, synthetic composites and eyewear
  • Printed circuits board
  • Our carbide saw blades are typically 4-10 times longer than high speed steel and can operate at higher R.P.M.
  • It adopts 12 processes, fully automatic gear grinding machine imported from Europe.
  • Sandwich solder with more than 49% silver content is used.
  • The blade head is not easy to fall off, wear-resistant and durable.
  • The solder paste imported from the United States ensures that each saw blade head has no false welding.
  • Using German Vollmer grinding equipment.
  • Each saw blade is tested by 20 times optical microscope to ensure the detail qualit.

Resource

How to classify metal cutting tools?2021-09-28T07:34:59+00:00

Metal cutting tools are classified according to cutting process:

  • Turning tools (including outer circle, inner hole, thread, cutting tool, etc.).
  • Drilling tools (including drill bit, reamer, tap, etc.).
  • Boring tool
  • Milling tools (including end milling, milling cutter inserts, welding edge milling cutter, etc.)
  • Solid carbide saw metal cutting.

The correct selection of cutting tools is an important content in machining technology. It not only affects the machining efficiency of machine tools, but also directly affects the machining quality.

How to correctly select metal cutting tools?

  • Choose a large cross-section size of the toolbar as much as possible, and a shorter length size to increase the strength and stiffness of the tool and reduce the vibration of the tool.
  • Select a larger main deflection angle (greater than 75, close to 90 °); The tool with negative edge inclination is selected for rough machining and the tool with positive edge inclination is selected for finish machining.
  • Uncoated blade and small tip arc radius shall be selected during finishing.
  • Choose standardized and serial tools as much as possible.
  • Select the correct toolbar and tool handle for quick clamping.

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