Steel ring tap – cut line – solid tap – bottom/blind hole type

One characteristic of the faucet is that the lead in the grooves is the number of teeth per slot, which is actually used to remove the material. The larger the number of teeth, the less of the cutting force required for each tooth, so the likely lifetime of contact will be longer. So, whenever possible, increase the chamfer length of the tap. The valve is designed to be applied through the hole, and the final thread form is not limited by the hole bottom, which usually USES a slot hole of 3.5 to 5 threads. Holes used for blind holes or holes usually require a bottom or semi-contact tap, with a shorter slot between 1.5 and 3 threads.

The two most common touch base contacts are type E and Form c, sometimes referred to as “full” bottom taps, in which the type E faucet has 1.5 to 2 threads. The C – shaped tap is sometimes referred to as a semi-contact tap, because the length of the slot is 2 to 3 threads. In most applications, c-type is the best, because the length of the chamfer has slightly increased, so the cutting force of each tooth is reduced. When a part is pulled out, a full thread is required at the bottom or near the hole. The bottom contacts usually have a spiral flute design to pull the chip out of the hole.

The faucets of type B groove are 3.5 to 5 threads, which are called plug or hole taps. The most common plug-type plug is the “spiral point” plug (also known as the “barrel of a gun”), and its cutting edge is easier to replace than the edge of the center line. This feature allows the faucet to continuously break the chip and spray it into the slot to prevent the chip packaging. This improves the efficiency of the faucet, but is usually only used when holes are made.

RF 100 F (general steel)

The r100 F USES a specially designed flute geometry, with a 40/42 variable helix Angle, in soft steel and hard steel, as well as other long Angle materials, up to 850/ mm (25 HRC). FIREX provides additional tools for other tools.

Radio frequency 100 VA (stainless steel)

Designed for a hard application with a 36/38 spiral Angle, r100 VA style variable helical end milling cutter provides longer tool life and maximum efficiency when milling stainless steel. As a supplementary material, it can be used as a complementary nano – titanium aluminum coating.

Radio frequency 100 va/nf (stainless steel/coarse)

R100 VA/nf is coarsely combined with the same 36/38 variable helical structure of r100 tiles, which increases the profile of rough machining and requires less power consumption and cutting pressure in complex processing conditions.

Radiofrequency 100 Ti (titanium alloy)

RF100 Ti is specially designed for the titanium alloy milling of 6Al4V and other alloys. The 35/38 variable helix Angle is combined with the angular radius design to optimize the cutting depth at the slot, thick and deep. All of the criteria are super a (AlTiN), and apply additional tools to more stringent materials.

100 years radiofrequency (aluminum)

Aluminum is the main material of r100. The 40/42 variable spiral Angle and rake face Angle are most suitable for long and non-ferrous metal materials. Mirror polished.

Rf 100/wf (aluminum/coarse)

Designed for aluminum and aluminum alloy fast metal cutting. Large open groove can make high inflow rate without chip packing. The company’s unique rough gear profile reduces the cutting force while maintaining an excellent edge.

Rf 100 SF (overdone)

A/f /445/445/46 variable helical end milling cutter is suitable for high speed milling operation of ultra-fine machining and 0.3 times width for semi-rough machining. Because of the large spiral Angle, its surface quality is very good. The materials range from all mild steel, cast iron, nonferrous metals and high alloy materials. FIREX provides additional tools for other tools. Coolant fed version can be obtained from inventory.

Radio frequency 100 H (hardened steel)

With a gradual core diameter, it provides the maximum hardness of hard milling applications. In order to provide superior edge strength, tilt and mitigation Angle optimization.

Rf 50 (rough and complete)

The combination of rough grinding tools can provide high metal removal rate. Reducing vibration can improve workpiece surface and improve tool life. The optimized flute configuration maximizes the load on the chip and reduces the deflection of all steel. Also applicable to titanium and titanium alloys, aviation materials and nickel-base alloys.

Diatomite carbide end mill

In the carbide end milling cutter, the guh ring is a unique product that produces its own hard alloy rod, which is the substrate material for all cemented carbide rods. This ability to control the quality and supply of cemented carbide rods gives a longer life and repeatable tool life and performance to carbonized carbon bars. The company, one of the first manufacturers to offer variable spirals, is now one of the largest standard products in the industry. G-uhring FIREX, super a, the flame of nanoscale x and the final factory of nano coating is done in its own PVD coating, with consistent quality, the company also provides internal grinding and carbide end processing.

Carbide end mill – variable helix (RF)

In the cutting length of the cutter, the variable spiral end mill is composed of uneven slot spacing. Uneven flute spacing helps to reduce the vibration generated by the milling process. This vibration suppression allows for faster feeding speed and improved surface effect when applied properly. According to the application, the company provides various spiral structure design. The special design of coarse mill, fine grinding machine, coolant and material can be used as standard stock, which can be used in the dividing and metric dimensions.

RF100 speed

High performance roughing mill of new steel, stainless steel, titanium alloy or nickel alloy

RF100 divers

New hard alloy for production, coarse grinding, slotting and drilling.

RF100 U (general)

The r100 U is a kind of four flute 35/38 variable helical structure used for a variety of materials. Flame x has additional heat resistance and abrasion resistance. The r100 U is a widely used design that is applicable to changing materials in the working workshop environment. Suitable for slotting, roughing and finishing.

Rf 100 u/hf (general/coarse)

The flute with a 30/32 spiral Angle has an innovative, rough geometric shape that can produce smaller chips. R100 / high frequency design requires lower power consumption and cutting pressure, especially when cutting and coarsely cutting, using greater cutting width and depth. Variable screw

GU – general

The ancient 500 combines a deep radial flute with a 118 split point on the cobalt base. Applicable to stainless steel and alloy steel; Valley 500 can also effectively drill aluminum and soft steel. Available tin coating and bright finished products as standard inventory items.

High temperature alloy

The Ti series of the cobalt drill is well suited for hard working applications, which is a reliable tool. Ti drill is a kind of M35 cobalt, 135 split point drill with a heavy network design. Available bright finished products, tin and fire, applied to hardened steel, stainless steel and nickel alloys.

Nc point – start drill

The nc point drill is a high-precision drill, designed to create precise hole position for secondary drilling operation. The numerical control point drill should not be interstitial and not designed for the depth of the drill point. The 90 and 120 bit drills are mainly used to set up an initial position for the initial position of the second bit of 118135.

Microdrill – small diameter cobalt

The high – ring cobalt micro drill is manufactured with high precision and strict tolerance, requiring small diameter holes to be applied to 0.05 mm (0.002 in). Both of these micro drills have the right and left helical structures, which are generally 1.0, 1.5, or 2.0 millimeters in diameter, depending on the diameter of the drill. This increases the fixed hardness and increased surface area.

N- standard spiral

The n-type is the flute design of the drill. The N HSS/HSCO rig is a universal design that provides advice for the economic drilling of various materials. The company provides N HSS/HSCO drilling RIGS, stubs, working positions and additional length of inventory, bright paint or tin plating.

W – high spiral

A w-type drill is a type of flute with a high helical or fast helical type, in the process of the evacuation of the chip. High helical drilling is best used for applications of aluminum and soft steel, and chip packaging can be a problem. In many applications, the w-type rig was replaced by the GT100 parabolic drill

H – Low Helix

H type bit is a long flute form with low or slow spiral. This kind of slow spiral is the most suitable for horizontal drilling application, improving the evacuation speed of the chip. This style of tool is very popular in the application of the screw machine. The slow spiral also reduces the cutting edge of the hard material. Get the stub from the stock and the length of the work.

Taper Shank – Morse Taper Shank

Morse taper shank drill adopts a standard taper shank design for taper drill clamp. Morse Taper was invented in the mid-1819 by Stephen a Morse (who was also the inventor of the twist drill). Morse’s size is 8, between 0 and 7. Usually this is abbreviated to MT and then a number. For example, Morse’s number 4 is MT4. The taper of the MT2 is the capacity of up to one half of the drill pressure.

Ring PCD tool – process valve seat and guide hole

Effective parent metal processing for valve seat and valve guide holes

The metal processing of valve seat and valve guide hole is the most demanding machining task in automobile industry. Due to the high requirement of the circular shape, the form is high, the pore type is a single slot, the adjustable reamer is a classic tool for machining tasks, which guarantees the requirement of tool life. However, this tool has its limitations because it has only one flute, so it satisfies the need to reduce the cycle.

For this purpose, the company has developed a multi-flute and dual adjustable double-tube double winch, ideally satisfying the need for effective metal processing for valve seat and valve guide valves:

In the diameter setting of the cutting edge of the two steps, a very long tool life is used to achieve the highest accuracy.

The highest cutting parameters are due to multi-slot and optimal cooling.

When the tool is clamped, it can be operated on the diameter of two steps.

Perfect results, thanks to the best tool design

A multi-channel two-step feed is used for the metal processing and valve guide hole of valve seat. Two identical design methods are used for inlet and exhaust valve processing.

Exhaust: the diameter of the valve seat is 28.5mm, the diameter of the valve guide hole is 11 mm, and each diameter is 6. The diameter of the two steps can be adjusted independently.

Inlet: valve seat diameter is 35.5 mm, valve guide rail diameter is 11 mm, each has 6 flute. The diameter of the two steps can be adjusted independently.

When the tool is clamped, simple, fast, high-precision diameter Settings allow the diameter to be recalibrated at any time. It will then increase the service life of the tool.

The reamer design provides a reliable and compliant process that requires roundness, shape precision and porosity, as well as extremely long tool life with extremely high cutting rates.

The transport of coolant makes the cutting edge optimal lubrication and supports the evacuation of the chip.

In particular, the complete machining of cylinder head, precision and economic benefit are the main requirements of tool suppliers. Due to multi-valve technology, a large part of the machining cost of the cylinder head is a large part of the total cost in pre-processing and processing of valve seat and valve guide rail.

In order to reduce costs, compared with the traditional single groove tool, using multiple slot playback device at the same time, the increase of cutting speed at the same time, keep the same precision and longer tool life, designed for the two steps of the diameter of the Settings.

The second step of the patent pending diameter setting

The body of the inner tool as the second step extension screw.

The internal work is screwed together with the external unit.

The expansion of the diameter of the step is accomplished through the specific integration taper of the internal work.

The simple rotation of the internal work has led to the second step diameter setting.

Therefore, the second step diameter setting can also be executed when the tool is clamped.

The ground flat on the inner knife body is suitable for adjusting the wrench.

The expanded screws are integrated into the tool head

The expanded screw is fully integrated into the tool head.

Compared with the traditional solution, the reamer is used to drill down to the bottom of the hole without a problem.

It can be processed through holes and blind holes.

A double-step double step two-step two step feed with double adjustable double step is used to successfully apply the machining of the initial hole of the following work piece:

3 cylinder engine 6- valve cylinder head

Material G – AlSi7Cu33

Machining center level machining

Rest HSK 633

The inner cooling of soluble oil is 6%

Coolant pressure 20

Ring PCD – adjustable PCD reamer

Unique technology, perfect, efficient reaming

In order to take advantage of PCD or CBN – sophisticated tools to restart operations, the company has developed a unique solution that provides a new possibility for accuracy and economic efficiency. The reaming tools of these technologies provide the user with the following clear competitive advantage: simple, fast, accurate diameter.

Set the first and second steps.

When the tool is clamped, the diameter of both tools can be adjusted.

Due to the integrated expansion screw on the tool point, through and blind hole processing.

The optimal coolant is obtained by the radial coolant outlet in the expansion spiral.

Because of several cuts, the highest feed price.

Reduce processing time.

Maximum accuracy and limit tool life.

The patent application passes the coolant directly to the cutting edge through the expansion screw

Fast, simple, high-precision first tool step diameter.

The radial transport of the cutting edge is directly cut through the expansion screw.

Optimal lubrication tool.

The optimal chip is evacuated from the hole.

The expanded screws are integrated into the tool head

The expanded screw is fully integrated into the tool head.

Compared with the traditional solution, the reamer is used to drill down to the bottom of the hole without a problem.

It can be processed through holes and blind holes.

Step length reamer diameter setting

With two steps of reamers, the body of an internal tool is like an expanding screw.

The internal work is screwed together with the external unit.

The expansion of the diameter of the step is accomplished through the specific integration taper of the internal work.

The diameter of the second step is achieved by simply rotating the internal work.

Therefore, the diameter Settings can be executed when the tool is clamped.

The concrete floor apartment of the internal work is suitable for adjusting the wrench.

Various PCD or CBN reamer designs

Multi-grooved reamer with solid welding PCD or CBN gasket with diameters ranging from 10 mm to 52 mm.

Not at all. A flute that depends on the diameter of the tool.

Six flute with a diameter of 10 mm.

Internal cooling and radial coolant are directly exported at the cutting edge.

The tool design has one or two steps.

Simple, quick and accurate adjustment of the first and second diameter, the expansion of the screw principle.

Used for processing and blind holes.

Hole quality 6.

Strengthen the PCD reamer –

Multi-slot double knife double knife, diameter 17 mm, 27 mm performance data:

Quality of hole 6

Concentrate 2 (including m

Feed rate 2800 mm/min.

Cutting speed 680 meters/min.

Apply for 120,000 holes

PCD-reamer has no one step

Multi-slot PC, 28 mm diameter performance data:

Quality of hole 5

Concentrate 2 (including m

Feed rate 2900mm/min.

Cutting speed is 710m/min.

Apply for 160,000 holes

Ring PCD tools – aircraft

High-tech and flying dreams

Composite materials and aerospace materials

The increasing demand for aircraft, helicopters, rockets and satellites has driven the development of new materials, especially synthetic composites or special alloys. However, the processing of these materials is becoming increasingly difficult. In addition, the quality and precision requirements of aerospace industry are constantly improving.


Company PCD and CBN technology

In many cases, the high hardness and sharp cutting edges of PCD and CBN tools make it possible for modern materials to be applied in the aviation industry. In addition, the company extensive knowledge in the field of PCD and CBN, the design of the tools and processes, ensures that the company’s development tools, to achieve the required quality and economy of cutting parameters and tool life.

Diamond coating tools

Compound material

While providing a fixed pocket PCD and CBN tool, the company also offers a complete set of diamond-coated drills and routers. These tools are designed to improve productivity and to improve surface handling, which can remove the layered problems in the application of hard heap materials.

Ring PCD tool-car

Better performance – less fuel consumption

More and more applications of special materials such as aluminum and magnesium alloys are used in this area for better performance and less fuel consumption. Typical working parts, such as engine block, cylinder head, crankshaft and camshaft, and transmission housing, are ideal applications for PCD and CBN tools.

PCD terminal factory-PCD terminal factory

Diamond technology: PCD terminal equipment

The company provides two sets of standard PCD carbide end mills as standard products for milling aluminum composites. The PCD end mill runs faster than the traditional hard alloy mill, providing better surface treatment and longer tool life. The company can update the PCD equipment at our brook filed plant. and very convenient and quick..