Call us : 86.137 5507 9029
[email protected]
Call us : 86.137 5507 9029
[email protected]
Free Get A Quote
Free Get A Quote
Home/Products/Router Bits

Router Bits

Router bits for woodworking is a rotary cutter with one or more cutter teeth. Through the relative movement between workpiece and cutter, each cutter tooth cuts off the allowance of workpiece intermittently in turn. The installation methods of woodworking milling cutter are divided into two types: sleeve milling cutter with hole and milling cutter with handle; The structure of the set milling cutter has three types: integral type, insert type and combined type. Woodworking milling cutter is selected through three key points: spindle rotation speed, feed speed and cutting depth.

UKO uses high-quality raw cemented carbide material, combined with years of design and manufacturing experience (special chisel edge design, Teflon coating process, high-frequency welding technology), to produce a series of woodworking router bits products, to meet woodworking opening, engraving, slotting, cutting, trimming and other processing requirements. Suitable for wood trimming machine, milling machine, router, hanging machine, CNC cutting machine to soft/hardwood, high-density board, multilayer board, particleboard processing, milling cutter has high hardness, wear resistance, heat resistance, good toughness, not easy to break the knife, long life, help you to improve production efficiency and processing quality.

Category

Applicable: PVC, Hardwood

Characteristics:

  • Suitable for processing wooden door drilling, particleboard, multilayer, hardwood cutting.
  • Using double-edged positive and negative spiral chip structure, long service life.
  • Sharp edge and high wear resistance, professional design for the wood milling
Double edged composite milling cutter
Size D(mm) L(mm) D1(mm) L1(mm)
3.175*3.175*12 3.175 38 3.175 12
3.175*3.175*15 3.175 38 3.175 15
3.175*3.175*17 3.175 38 3.175 17

Applicable:
Two-dimensional cutting, PVC, density plate, etc., can also be used for acrylic, resin wood & other materials.
Characteristics:
For processing wood, MDF, plywood cutting hollow, High precision tooltip, easy to wear, large discharge slot, processing speed, non-stick knife.

Double edged spiral milling cutter
Size D(mm) L(mm) D1(mm) L1(mm)
3.175*2*6 3.175 38 2 6
3.175*2*8 3.175 38 2 8
3.175*2*10 3.175 38 2 10
3.175*2*15 3.175 38 2 15
3.175*2.5*12 3.175 38 2.5 12
3.175*3.175*12 3.175 38 3.175 12
4*4*22 4 45 4 22
4*4*25 4 45 4 25
4*4*28 4 50 4 28
4*4*32 4 55 4 32
4*4*42 4 70 6 42
4*4*15 4 50 6 15
4*4*17 4 50 6 17
4*4*22 4 50 6 22

Applicable:
Density plate, multilayer board, splint, woodworking material.
Characteristics:

  • Also named taper ball head knife, carving surface finish polishing can be achieved without great results.
  • Applicable to processing hardwood, imported mahogary, hard wood, hard bamboo and other large relief and deep three-dimensional carving.
Double edged straight slot knife
D(mm) L(mm) D1(mm) L1(mm)
4 50 0.5 30°
6 50 0.5 30°

Applicable:
Acrylic, hardwood, density plate, two-color plate.
Characteristics:

  • Suitable for processing multilayer, plywood, MDF, and other cutting processes. The new blade angle design, not a burning knife, resistant to processing.
  • Concentricity assurance and the formation of a better tooling fixture combination
Double edged straight slot knife
Size D(mm) L(mm) D1(mm) L1(mm)
3.175*2*8 3.175 38 2 8
3.175*2*12 3.175 38 2 12
3.175*2*22 3.175 38 2.5 22
3.175*2*12 3.175 38 3.175 12
3.175*2.5*15 3.175 38 3.175 15
3.175*3.175*17 3.175 38 3.175 17
3.175*3.175*22 3.175 38 3.175 22
3.175*3.175*25 3.175 38 3.175 25

Applicable:
Aluminum alloy, PVC, wood, or acrylic.
Characteristics:

  • Applicable to aluminum, aluminum alloy, copper, and other soft-metal cutting.
  • The design of the single-blade spiral groove mirror polishing process is adopted. Sharp edge, smooth surface, no burr.
Single edged aluminum router bits
Size D(mm) D1(mm) L1(mm) L(mm)
8*16.55 8 8 16 55
8*22*55 8 8 22 55
8*25*60 8 8 25 60
8*32*70 8 8 32 70
8*42*80 8 8 42 80
8*50*90 8 8 52 100

Characteristics:
Suitable for circuit board, electric PCB board, silver, copper, for efficient finishing Durable, cutting processs stable.

Corn router bits
Size D(mm) L(mm) D1(mm) L1(mm)
3.175*0.5*4 3.175 38 0.5 4
3.175*0.6*4 3.175 38 0.6 4
3.175*0.7*5 3.175 38 0.7 5
3.175*0.8*6 3.175 38 0.8 6
3.175*0.9*7 3.175 38 0.9 7
3.175*1.0*7 3.175 38 1.0 7
3.175*1.1*7 3.175 38 1.1 7
3.175*1.2*7 3.175 38 1.2 7
3.175*1.3*8 3.175 38 1.3 8
3.175*2.2*10.5 3.175 38 2.2 10.5
3.175*2.3*12 3.175 38 2.3 12
3.175*2.4*11 3.175 38 2.4 11
3.175*2.5*12 3.175 38 2.5 12
3.175*1.9*9.5 3.175 38 1.9 9.5
3.175*3.175*12 3.175 38 3.175 12

Overview

3 Flutes TCT carbide router bits
UKO corn router bits
UKO router bit set for plywoods
UKO buddha beads ball knife

Resource

What is the purpose of woodworking reversible knife?2021-10-20T03:39:13+00:00

Woodworking carbide reversible knives(or reversible inserts) are used on a spiral cutter head for wood planing. The four sides of the blade can be turned over and used after other sides get blunt.

What are the types of woodworking discarded spiral knives?

  1. Floating type: the blade is directly attached to the blade body and locked directly
    Block type: the blade is erected and locked on the blade body by the block
  2. Light cut (suitable for playing cork): with 14 * 14 * 2.0 straight blade floating stickers
    Heavy cut (suitable for playing hard and soft wood):
  • With 15 * 15 * 2.5 straight blade floating stickers
  • With 15 * 15 * 2.5 / R150 circular blade floating paste models
  • With 30 * 12 * 1.5 straight blade pressing block
How a spiral cutterhead works?2021-10-19T05:58:44+00:00

For the spiral cutterhead to work properly, it must be properly installed, and careful daily maintenance, please follow the steps below.

  • When the spiral cutterhead has been installed on the machine, the equipment power must be turned off before changing the woodworking carbide inserts.
  • Use an air gun or a brush to remove debris, dust, and other foreign matter on the knife shaft.
  • Turn the wrench counterclockwise to loosen the screw. Use an air gun or a brush to remove debris and dust from the knife holder to ensure that the knife holder is clean. To prevent the blade from cracking or “edges” on the planed surface.
  • When changing a cutting edge, wipe the blade clean and rotate it 90 degrees. Note: there is a marked point on the surface of the reversible insert to ensure the same orientation and avoid the wrong replacement of the old and new cutting edges.
  • Gently press the blade and slide it a few times to make the bottom surface of the blade fit the blade holder. Lock the screw clockwise and the blade will automatically press against the blade holder positioning table. (Note: In order to ensure that the screws and screw holes will not bite and rust firmly, and to prevent it from being loosened next time, the screws need to be lubricated with oil when changing the blade).
  • Carefully check whether the blade is correctly placed on the blade holder to avoid cutting the blade or cutting edges when the blade is locked.
  • Check the Reversible Knives before use. If it is broken, please replace it immediately to avoid safety accidents and damage to the product. Check the screws frequently to avoid loosening them.

What are the advantages of dw735 spiral cutter shaft?

Firstly, if you replaced the cutter with spiral cutter shaft, that will overcome some problems of flat blades, and has the following advantages:

  • Spiral cutting surface, to ensure that the wood is not torn or tenon.
  • Segmented cutting, very small sawdust, easy to absorb and discharge.
  • Segmented cutting also leting minimal noise, more stable machine.

Among them, DW735 spiral cutter shaft is special R150 degree arc cutter shaft: on the basis of segmented cutting, realize point cutting and perfect planing. Point cutting makes the surface of wood more smooth and delicate; the wood chips are smaller to achieve perfect chip removal; the contact surface is smaller and the machine is quieter and more stable.

Advantages of spiral cutter shaft:

  • Spiral cutting surface: the high-precision design and manufacturing technology arranges the reasonable row of discarded blades around the cutter body to form a smaller cutting surface in unit time, so as to improve the burning mark and the tenon of the blade.
  • Very small sawdust: small cutting area per unit time, very small sawdust formed. It is easy to absorb sawdust in the Chinese and British dust collection system, making the working environment cleaner and more comfortable.
  • The planing effect is more smooth and delicate: the high design of cutter body and blade, plus the benefits of segmented cutting, is to make planing smooth and delicate.
  • Low noise: the noise value generated by the contact between the wood surface and the flat blade in the same time reduces about 30 to 50 dB.
  • The machine is more stable: in unit time, the cutting area is small, the friction is small, the cutting resistance is small, and the vibration amplitude of the machine is smaller, so it is more stable.

So much for today’s introduction of DW735 cutter head.

How to correctly choose the saw blade according to the woodworking saw blade parameters?2021-10-18T02:42:16+00:00

Woodworking circular saw blade is the most commonly used tool for wood products processing, but not all wood products are processed with the same woodworking circular saw blade. It is said that each lock corresponds to only one key, so different materials of wood require different Woodworking circular saw blade. There are many parameters involved in woodworking saw blades, such as: the choice of alloy type, base body, diameter, tooth number, thickness, and so on. The following tells you how to use these parameters correctly and reasonably to select the appropriate woodworking circular saw blade.

The first is the choice of alloy types. Commonly used types of cemented carbide are tungsten-cobalt (code YG) and tungsten titanium (code YT). Because tungsten-cobalt-based cemented carbide has better impact resistance, it is more widely used in the wood processing industry. The commonly used model in wood processing is YG8-YG15. The number after YG indicates the percentage of cobalt content. As the cobalt content increases, the impact toughness and bending strength of the alloy will increase, but the hardness and wear resistance will decrease. Choose according to the actual situation.

Then there is the choice of diameter. The diameter of the circular saw blade is related to the sawing equipment used and the thickness of the sawing workpiece. The diameter of the saw blade is small, and the cutting speed is relatively low; the large diameter of the saw blade has higher requirements on the saw blade and sawing equipment, and the sawing efficiency is also high. The outer diameter of the saw blade is selected according to different circular saw machine models to use the saw blade with the same diameter. The diameters of standard parts are: 110MM (4 inches), 150MM (6 inches), 180MM (7 inches), 200MM (8 inches), 230MM (9 inches), 250MM (10 inches), 300MM (12 inches), 350MM ( 14-inch), 400MM (16-inch), 450MM (18-inch), 500MM (20-inch), etc. The diameter of woodworking saw blades is mostly designed between 120MM-400MM.

The second is the choice of the number of teeth. Generally speaking, the more the number of teeth, the more cutting edges can be cut per unit time, and the better the cutting performance. However, more cutting teeth require more cemented carbide and the price of the saw blade High, but the saw teeth are too dense, and the chip volume between the teeth becomes small, which is easy to cause the saw blade to heat up; in addition, there are too many saw teeth. When the feed amount is not matched, the amount of cutting per tooth is small, which will increase the friction between the cutting edge and the workpiece , Affect the service life of the blade. Usually the tooth spacing is 15-25mm, and a reasonable number of teeth should be selected according to the material to be sawed.

The choice of woodworking circular saw blade requires reference of various parameters. In addition to the several parameters described above, there are some others, such as: thickness selection, tooth profile selection, aperture selection, etc. These parameters determine the saw blade The processing ability and cutting ability, and the choice of woodworking circular saw blades just affects your work efficiency and work results, and has a great impact on improving product quality and shortening working time. The above is about how to choose the right woodworking circular saw blade.

How To Make the Saw Teeth Sharp Again?

For any piece of circular saw blade, no matter where it is born or what material it is made of, they cannot avoid the fate of wear. Among the large family of saw blades, even high-performance multi-blade tools such as diamond saw blades、carbide saw, still need to bow their heads in the face of wear. The only difference may be that the wear occurs later.

In fact, the wear of saw blades has always been a headache for saw blade manufacturers and material sawing and processing companies. For producers, although they know that the market has very high expectations for the life of saw blades. But according to the current technical level and material technology, the saw blade manufacturer can be said to be powerful and has nowhere to use it. When faced with the endless chatter about the life cycle of buyers, they can only reply with consumables, and it is difficult to guarantee the use time as a reply.

From the standpoint of saw blade users, the high loss rate and high scrap rate actually mean that companies have to spend more money on purchases. Once the scale of the enterprise increases and the amount of saw blades increases, the problem of saw blade wear will eventually become an issue.

Judging from the above-mentioned interests of both parties, no one wants to have a very short life of the saw blade produced or in use. But the reality is that the wear of the saw blade is everywhere and occurs all the time. Many people think that only when the saw blade is in working condition, the saw blade will wear out. But in fact, even when the saw blade is in a non-working state, the wear of the saw blade will also occur.

From the perspective of the manufacturing process of a circular saw blade, whether the heat treatment process of the saw blade substrate passes the test, the technical level of the welding teeth, and whether the packaging and transportation can be fast and stable are all the links that will appear in the non-use stage of the saw blade. . Take the transportation of saw blades as an example. Wrong placement of saw blades and violent saw blade transportation will cause the saw blades to undergo changes in stress, and even the problems of tooth loss and wear during the transportation process.

Therefore, if a circular saw blade can be used for a long time, it is far from enough to rely on standard operation. On the contrary, from production to transportation, and then to use, any link cannot be ignored.

After a saw blade is actually working, as the amount of sawing tasks increases, the degree of wear of the saw blade itself will continue to deepen. Among them, mechanical impact wear and thermal wear are the two major causes of saw blade wear. Once the above-mentioned wear and tear are allowed to develop, the company’s own sawing cost is bound to be substantially increased invisibly. The final result is a decline in annual profitability.

Frankly speaking, we cannot avoid the wear of the saw blade. But after the saw blade is really worn, we can still make a difference, and then make the saw blade that is about to be scrapped “the sword is not old and returns to the edge.” According to the existing technology, in order to effectively make the worn saw blade be To use it efficiently, the most effective method is undoubtedly to sharpen the saw blade.

From the perspective of the saw blade grinding process, when a worn saw blade is sent to a professional saw blade manufacturer. Relevant grinding manufacturers will grind the saw blade at multiple levels and in all directions. It ranges from the leveling of the saw blade base to the fine grinding of the front angle, back angle and side angle of the saw blade. The complete set of saw blade grinding process reaches 18 steps.

After the above-mentioned multiple saw blade grinding processes, the performance of the ordinary carbide circular saw blade will be restored to the cut