Turn the heavy

Ceramic cutting tools, such as the luye gem-7 composite and wg-300 whiskers, combine with a sturdy, well-designed support system to produce a green leaf blade system.

carbide

GL provides a hard alloy blade from sub-micron c-1 to c-8. As a coating carbide industry pioneer, GL provides a variety of coatings, coatings and coatings

PHVD coated grades. The carbide blade can be processed in rough with a multipurpose fractal in the ANSI standard geometry.

coating

A high – speed performance grade for rotating and milling cast iron. H-35023 has an advanced mt-chvd coating for enzyme abrasion resistance. The application range includes coarse iron materials, including gray cast iron, ductile iron, nodular cast iron and other alloy cast iron materials. H-35023 high wear and impact resistance allows processing in high speed and multiple feeds.

H-35035 is a high-performance CHVD coating grade for rotating all types of steel and choosing stainless steel.

H-35035 can be used for rough and semi-finishing, which can be used to resist thermal deformation, thermal shock and wear. H-35035 should apply to high speed and a range of feeds.

High performance a coating for high performance of milling steel. H-35036 should be used when milling forging and casting steel and selected ductile irons. H-35036 has unique toughness and heat resistance, making it suitable for heavy duty and light milling with high cutting speed.

H-35040 is a hard shell coating for low speed, high feed carbon steel and alloy steel, cast iron and cast iron. Other applications of ga-35040 include milling and interruption of stainless steel rotation and selection of high temperature alloys.

This multi-layer CHVD coating is rated in severe machining applications and requires resistance to mechanical shock. G – 9315 multi-layer pHvd coating grade for milling and rotating high temperature alloys, stainless steel and low carbon steel.

H speed is used.

The h-20m A micron c-2 carbide is suitable for the rotation and milling of titanium and nickel-base superalloys.

H-20m has strength and edge wear characteristics when high strength material is turned.

cermet

Greenliff is a leader in the development and manufacture of ceramic and coated ceramics in ANSI standards and special geometric shapes. The highlights include:

The wg-3400 patent is required to enhance ceramics with excellent abrasion and high surface velocity. The wg-3400 is very effective in processing the superalloys of nickel and cobalt, as well as other hard materials, and the removal rate of metals is 10 times higher than carbide.

Wg-6400 is the only commercial second-generation coated ceramic composite cutter with whisker reinforcement. Good at finishing high strength alloy material.

HSN – 1400 latest engineering silicon nitride cutting tools have excellent toughness and high cutting speed capability. Rotation and milling of various cast iron. HSNT – 1400 is a good choice for toughness, ductility, ductile iron and other difficult iron. Hsn-2400 latest coating silicon-nitride cutting tools provide excellent toughness, long tool life, and excellent surface finish.

HSN – 2400 is a good choice for rotation and milling ductility, ductility, ball type and other high alloy cast-iron parts. Gem – 7 Al2O3 + TiC composite ceramics, with high roll rotation and hard alloy (up to 65 R/c) processing predictability.

The sintering Al2O3 ceramics of jingang – 19 cold pressed sintering has been processed and processed economically in severe discontinuity or old machinery.

Csn-1400 is the latest cold pressure technology in the silicon nitride ceramics market. GL provides groove insertion in the 80-degree and square interpolation geometry. CHSN is a good choice for high-speed grey cast iron. Csn-2400 is the latest cold-stamping technology in the silicon nitride ceramic market. GL provides groove insertion in the 80-degree and square interpolation geometry. CHSN is a good choice for high-speed grey cast iron.

H-5036 has a unique toughness and heat resistance, which makes it suitable for heavy duty and light milling of high cutting speed.

H – 5040 for low speed, high feed of carbon steel and alloy steel, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron

Other applications of h-5040 include milling and interruption of stainless steel rotation and selection of high temperature alloys. This multi-layer CHVD coating is rated in severe machining applications and requires resistance to mechanical shock.

Smear, peripheral vascular disease

G – 915 multilayer PHVD coating grade for milling and rotating high temperature alloys, stainless steel and low carbon steel. The multilayer PHVD coating increases heat resistance and wear resistance, making it have an impact resistance. H-915 should run at a moderate speed and run at medium speed in applications that are milling and cutting corners.

The h-920 PHVD coating grade is used for high strength materials such as turning and milling of high strength alloys, titanium and stainless steel. H-920 is also an excellent grade for aluminum and refractory metals. This level has the ability to resist deformation and punch, demanding a higher speed than h-910.

The h-925 multi-layer PHVD coating grade is specially used for processing enzymes and difficult materials. Typical applications include high temperature alloys, titanium and other refractory metals, stainless steel and many cast iron. G-925 has good anti-concave and deformation. Suitable for medium to high speed and moderate feed.

naked

H-02 is an excellent general grade for various types of cast iron processing. G-02 should be used in appropriate speed and feed. Also suitable for high temperature alloy, stainless steel and aluminum finish and polishing.

GL provides a hard alloy blade from sub-micron c-1 to c-8. Pioneer in coating carbide industry,

Green leaves provide a wide variety of uncoated, lacquered and painted

PHVD – coated grades. Carbide blade can be in

ANSI standard geometry and multi – purpose crushing

For rough grinding.

Coating – CHVD

H-5022 a common CHVD coating grade for rotation and milling of cast iron at high speed and medium feed rate. Develop to handle medium roughing to complete operation. H-5022 provides high wear resistance and moderate strength mechanical shock.

A high – speed performance grade for rotating and milling cast iron. Gha-5023 has an advanced mt-chvd coating for enzyme wear resistance.

The application range includes coarse iron materials, including gray cast iron, ductile iron, nodular cast iron and other alloy cast iron materials. The high wear and impact resistance of h-5023 is allowed to be processed in high speed and multiple feeds.

H- 5025 high speed steel coated turning, light processing, carbon steel and alloy steel polishing, and selection of stainless steel.

H-5026 is a high-speed development that is used to produce nickel-cobalt alloys, stainless steel and refractory metals. The advanced h-chvd coating has high wear resistance on microparticle substrate. Ga-5026 has special resistance to the tooth groove and deformation of high-strength materials. It is used in high speed and light feed for milling applications.

H-5035 is a high-performance CHVD coating grade for rotating all types of steel and choosing stainless steel.

H-5035 can be used for rough and semi-finishing, which can be used to resist thermal deformation, thermal shock and wear. H-5035 should apply to high speed and a range of feed.

High performance a coating for high performance of milling steel. H-5036 should be used when milling forging and casting steel and selected ductile irons.

CHVD coating is rated in severe machining applications and requires resistance to mechanical shock. G-910 PHVD coating is used for milling high temperature alloy, stainless steel and low carbon steel. G-910 is a medium speed rating and should be used in medium to high feed rate.

G- 915 multilayer PHVD coating grade for milling and rotating high temperature alloys, stainless steel and low carbon steel. The multilayer PHVD coating increases heat resistance and wear resistance, making it have an impact resistance.

G-915 should run at a moderate speed and run at medium speed in applications that are milling and interrupting turns.

The g-935 multi-layer PHVD coated steel plate milling and flipping applications require additional resistance to mechanical and thermal shock. The multilayer PHVD coating improves the speed and wear resistance of milling.

naked

H-53 is used for the medium speed of steel and steel alloys and the general milling grade of feed. With good toughness and abrasion resistance, it can be used as a comprehensive grade of mixed production and application. H-53 is not recommended for continuous rotation.

H is for high speed and low to medium feed. It has excellent wear resistance in dry alloy steel.

cermet

Greenliff is a leader in the development and manufacture of ceramic and coated ceramics in ANSI standards and special geometric shapes. The highlights include:

H – 300.

Patent, must enhance ceramic, have excellent wear and resist the high surface speed of impact. The h-300 is very effective in working with superalloys of nickel and cobalt, as well as other hard materials, with a metal removal rate 10 times higher than carbide.

H – 100.

The latest silicon nitride cutting tools have excellent toughness and high cutting speed capability. Rotation and milling of various cast iron. H-100 is a good choice for toughness, ductility, ductile iron and other difficult iron.

The and boring

GL has a wealth of experience in designing and manufacturing the lathes and boring systems of various industries around the world.

G-5125 (CHVD coating)

Suitable for high speed and moderate milling alloy steel. Excellent wear resistance, crater wear, thermal shock, deformation and edge formation

Powerlock insert

The green leaf Powerlock thread and slot system, tools and toolbars provide a complete carbide blade, in line with the industry’s style, with a notch – style system.

In addition, GL extends traditional industry services by providing a complete design and build service. GL projects can provide specific productivity requirements, rather than product catalog standard products.

milling

From heavy cutting to high performance milling hard materials, grinliffe’s integrated milling cutter and liner are the most demanding applications for excellent performance and durability design.

carbide

GL provides a hard alloy blade from sub-micron c-1 to c-8. As an industry pioneer of coated carbide, GL offers a variety of coatings, coatings and coatings

PHVD – coated grades. The carbide blade can be processed in rough with a multipurpose fractal in the ANSI standard geometry.

coating

High performance a coating for high performance of milling steel. Ga-5036 should be used when milling forging and casting steel and selected ductile irons. Ga-5036 has unique toughness and heat resistance, making it suitable for heavy duty and light duty

Milling with high cutting speed. Ga – 5040 for low speed, high feed of carbon steel and alloy steel, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron, cast iron

Other applications of g-5040 include milling and interruption of stainless steel rotation and selection of high temperature alloys. This multi-layer

Hushcut series II milling cutter

To make the most of available horsepower, greenliffe’s Hushcut series II milling cutter offers a quiet, free-cutting motion that results in longer tool life and improved surface finishes. The Hushcut II milling cutter USES a high shear tip geometry that can be used in two insert sizes to accommodate the green leaf Hushcut II end milling cutter and face milling cutter.

G-5036 (CHVD coating)

High performance grade of high speed milling steel. Should it be used in milling and casting and choosing ductile irons

A unique combination of toughness and heat resistance that makes it fit for high speed and light milling.

G-5040 (CHVD coating)

Used for general use of low speed, high feed carbon steel and alloy steel, cast iron and stainless steel.

G-5125 (CHVD coating)

Suitable for high speed and moderate milling alloy steel. Excellent wear resistance, crater wear, thermal shock, deformation and edge formation

G-915 (PHVD coating)

Suitable for high temperature alloy, stainless steel, low carbon steel etc. It should be run in medium and medium to high feed

Powermill milling insert

Based on the concept of “balance quality” insertion, a green leaf power system for heavy milling is designed. When the maximum thickness is placed on the cutting edge, the green blades can easily withstand severe cutting depth, severe interference and uneven surfaces. Powermill inserts can also be cut edges with sinusoidal or “sinusoidal” styles. Sine wave edge geometry can reduce the cutting force, ideal light machine or long axis extension.

G-5036 (CHVD coating)

High performance grade of high speed milling steel. Should it be used in milling and casting and choosing ductile irons

A unique combination of toughness and heat resistance that makes it fit for high speed and light milling.

G-5040 (CHVD coating)

Used for general use of low speed, high feed carbon steel and alloy steel, cast iron and stainless steel

Application information

The application information recommended by cutters for rhino feed

Tools are best suited for “z-level” roughening; Reach the cutting depth (DOC) and remove the entire plane.

The use of rhino feed is not recommended. Increase (2 ˚ Max.) Recommend it.

The use of a rhino feed tool absolutely requires climbing. In the conventional milling process, the damage of the cutter or part may occur.

Keep at least 75% cutter diameter on the workpiece as much as possible. Hang the tool on the side of the work, and the service life and performance of the tool are unfavorable.

In a possible case, the cutting width (WOC) should be 60-75% of the diameter of the knife. The slight scallop effect is acceptable. For longer tools, this is particularly important – cutting pressure should be on both sides of the center line.

High feed milling produces a thick slice that can effectively take away heat. Combine it with a slightly lower SFM to get very good tool life.

Use the feed rate compensation chart on each insert page to compensate for thin slices that appear in the rhino feed socket. This will provide the best metal removal rate and tool life.

Technical factors

Use the anti-robbery compound regularly on screws.

Insert screws for every 10 inserts.

Use short length knife rack (end milling cutter) to achieve maximum hardness; The cutting tool shank shall be as upward as possible in the spindle cone of the machine.

Thoroughly clean the pocket and screw each insert replacement.

Use a tool holder for rough handling: use end mills and power clamps; There is a seam jacket not recommended.

Tighten the screws before clamping the screws.

security

Modern metal cutting techniques may use very high operating parameters (speed, feed, cutting depth, etc.). This creates the possibility of flight chips and debris, and can cause tools to break down for a variety of reasons.

Operation instructions for small feed inserts

The operation of small feed insert inserts has the smallest IC (inner circle) and the smallest cross section. These inserts are recommended to run good feed and DOC combinations. Higher feed ranges can be accepted when running a light DOC. When running a heavier DOC, use a lower middle feed range. Insert an index into a prominent garment to avoid breakage.

If I cut. “Try it, doctor.” “The thickness of the chip is doubled.” 007: x = 4. 028 “the.

To compensate:

DPA’s small feeding socket has a 4x dilution factor. .012 compensation FPT recommendation. 032 “represents the actual chip thickness of 0.003-0.008”.

The operation says insert in the Ming

The operation instructions of the feed interpolation insert are more cross-section than small feed, but smaller than large feed. These are good universal insert tools that are best suited for the lightest (40 degrees, linear, etc.) machines. In most cases, run faster feeds with lighter documents. In the heavier DOC, run the feed range in the middle region.

If I cut. “Give it a try, doc.” The thickness of the chip is doubled. 010 “x 5 =. 050 “the.

To compensate:

In DPA, there is a 5x wafer dilution factor. 020 – compensation FPT recommendation. 060 “(” T”) and.015 -. 050 “(” D”) represents the actual chip thickness. 004. 012 “and.003 -. 010 “respectively.

Operation instructions for heavy feed insertion

The operation of the strong insertion type insertion tube has the largest cross section. Heavy feed blades are suitable for heavy DOC and larger machines (50 taper, box type, etc.). For optimal performance, use heavier “light to medium” FPT or lighter DOC.

If I cut. “Give it a try, doc.” The thickness of the chip is doubled. 010 “x 5 =. 050 “the.

To compensate:

The DPA’s heavy feed insertion has a 5x wafer dilution factor. 025 – compensation FPT recommendation. 070 “(” T”) and.020 -. (” D “) represents the actual thickness of the chip. 005. 04 014 -. 011 “respectively.

Consider the following. The EHWT has a 5.5-inch diameter hole, mounted on a plate about 4 inches thick, and runs at a 15-horsepower vertical machining center with 40 conical shafts. The machine can reach 1.125 diameter indexable drill without stopping. As EHWT sees, it has four options:

The drill is drilled with a indexable drill, and then the circular interpolation is carried out with the indexable end milling cutter. This process will be difficult because of the length of the tool required and the radial cutting force involved. Significant deviations are inevitable. In order to avoid severe flutter and hole size too small, it must be cut with the end milling cutter. The approximate period is 60 to 90 minutes.

Drill into a relocable rig and then use multiple boring rods to increase one diameter at a time. This process will produce a straight and accurate hole, but it will take time. It will also be expensive and will make it more difficult to evacuate the chips. The approximate period is 45 to 60 minutes.

Heavy round interpolation with spiral milling cutter. This method will consume a lot of horsepower and will probably not cause damage to the size of the machine.

Screw interpolation – with or without initial drilling. For this application, a 3-inch diameter indexable milling cutter works well from the start. Drilling before drilling will help to evacuate the chips, but this is not a necessary condition for success. Depending on the style of the tool used, it takes about 65 or 200 times to break through this section. While this may sound like a lot of cutting, the actual cycle time is relatively short. The approximate period is 10 to 22 minutes. Using Felix, this process can be executed with a cutting tool and runs within 5 to 10 minutes of a cycle.

Operating instruction