Author: stretch

Helical pulp

Helical pulp is used for heavy – 4 – tip, single – side insertion

Cutting range 50-100 mm (2-4 inches)

Cutting depth < =160 mm(6.3 inches), Max 30% ae

The depth of slot depth is 50% Dc

Insert Angle radius 1.2-6.3 mm (. 047 -. 248 inches)

 

Spiral grinding machine complete – 2 tip, single – side insertion

High surface completion of shoulder and contour operation

Cutting range 32-80 mm (1.25-3 inches)

Cutting depth < = 90mm (3.5 inches)

Maximum ae = 1 mm

In the face of the factory

Seco provides numerous surface milling products to meet different production needs. Each product has its own unique features and advantages, both to reduce the number of cycles, to provide quick insertion indexing, high metal removal and consistent quality.

In addition, Seco provides tool selection and reduced data support to help you find the right tools and inserts for your operations.

Double octagonal – 16 tips, double-sided insertion

Double octagonal face milling cutter is a kind of multi-function, economical and production tool which can be used in rough machining and processing.

The two sides are inserted with 16 cutting edges, and the tool represents the combination operation of high cost performance. Double Octomill also has a coating, pre-hardened body, to ensure long tool life, protecting tools from wearing and preventing chips from welding to it.

The cutter in the double octagonal range is divided into three different pitches – normal, normal + and closed – allowing the user to optimize productivity through the perfect match with the machine tool. For example, if the machine has high power, a closed cutter is recommended. If the power of the machine is limited, choose normal or normal + pitch.

In addition, double Octomill now has a unique design that combines cassettes to accommodate the cost effective double Octomill insertion of Seco. Modularized and removable, cassettes can be replaced quickly and cheaply, if damaged, to avoid the cost of replacing the entire tool body. Cassettes USES Seco’s advanced positioning technology to ensure fast, simple and precise insertion positioning. It is also important that the box small box can make the auxiliary device almost eliminate the axial movement, while optimizing the feed rate, surface grinding and tool life.

Double Octomill – insert size of 05

Cutting range 25-200mm (1-8 inches)

Cutting maximum depth of 3 mm (0.118 inch)

Recommended cutting depth of 2 mm (0.079 in)

Double-sided insertion, 16 cutting edges

 

Double Octomill – insert dimension 09

Cutting range of 63-500mm (2.5-12.5 inches)

Maximum cutting depth of 6 mm (0.236 inches)

Recommended depth of 3 mm (0.118 inch)

Double-sided insertion, 16 cutting edges

The square T4 spiral tool

T4 helix – 4 – edge insertion

The square T4 spiral tool series combines our diverse milling cutters to the next level, with the feature of the tool being inserted into the tangent line, each of which has four cutting edges.

Tangential strengthened the stability of the inserted installation, improve the flow of the chip, and provides unlimited install screw, at the same time, multiple cutting edge will help decrease the cost of each components of the cutting tool. In addition, such installation design directs the cutting force to the thickest part of the insertion, providing very strong milling performance and increasing metal cutting rates.

The T4 spiral series includes t4-08 and t4-12 knives. It is suitable for rough machining and semi-finishing of steel, cast iron and various complex materials. These tools have smooth cutting motion, good surface finish and minimum vibration and contour application. All the cutter in the range is integrated with coolant passage to provide extended tool life

The t4-08 spiral cut diameter is between 0.98 and 2.13, and the depth is between 0.87 and 2.52. The angular radius ranges from 0.02 to 0.063.

The t4-12 spiral milling cutter has a larger, tangle-mounted liner that can increase the cutting depth to 0.5 inches and shorten the diameter from 2 inches to 4 inches. In the preceding line, the insert of the curved edge can be provided in the geometry and angular radius of the high position harrow at 0.125, to solve various workpiece requirements.

The square T4 spiral cutter can be installed in the Arbor, Weldon and Seco Weldon installation system for normal and close-range versions

T4 screw – insert dimension 08

Cutting range 25-54 mm (1-2 inches)

Cutting depth < = 64 mm (2.52 inches), maximum 30% ae

The depth of slot depth is 50% Dc

Insert Angle radius 0.4-1.6mm (. 016 -. 063 inches)

 

T4 screw – insert dimension 12

Cutting range 50-100 mm (2-4 inches)

Cutting depth < =81 mm(3.18 inches), maximum 30% ae

The depth of slot depth is 50% Dc

Insert angular radius 0.8-6.3 mm (. 031 -. 248 inches)

flat shoulder machine

A flat shoulder machine for heavy duty

These versatile 90 ° square shoulder milling cutter is heavy crude application, its capability of providing large depth of cut and feed rate consistent performance and excellent metal cutting rate is high.

Cutting range 63-315mm (2-6in)

Maximum cutting depth of 24 mm (0.94 in)

Recommended cutting depth of 13 mm (0.51 inch)

Insertion radius 1.6 mm(0.063 in)

 

Flat shoulder mill for advanced cutting materials

Seco offers a wide variety of square shoulder mills for advanced cutting materials that allow you to take advantage of these tools, such as higher cutting speeds. When applicable to appropriate applications, PCBN,PCD and ceramics provide an unbeatable upgrade for square shoulder milling productivity.

Screw factory

Our comprehensive selection of high-performance spiral milling cutter combines the latest geometry and level, in order to achieve high feed rate, depth of cut and aggressive metal removal, the outline and analysis of the operation. In general, these tools use a small number of teeth and a large spiral Angle to produce shear, resulting in smooth, unvibrating cuts and good surface finishes. The spiral Angle allows the cutter to absorb most of the end load, making it easy to enter and export the workpiece.

Turbine spiral

The Seco series of high performance turbocutter provides high feed, deep cutting and high metal cutting rate profile and analysis applications. These tools provide the first choice for the hybrid production of all workpiece materials.

Turbo screw – insert dimension 06

  • tool range 12-20mm (. 5 -. 75 inches)

Cutting depth < =25 mm(1 inch), Max 30% ae

The depth of slot depth is 50% Dc

Insert corner radius 0.2-1.6mm (. 008 -. 063 inches)

 

Turbo screw – insert dimension 10

Tool range 20-54 mm (. 75-2 inches)

Cutting depth < = 66 mm (2.6 inches), max30% ae

The depth of slot depth is 50% Dc

Insert Angle radius 0.4-3.1 mm (. 016 -. 122 inches)

 

Turbo screw – insert dimension 12

Cutting range 25-80 mm (1-2.5 inches)

Cutting depth < =107 mm(4.21 inches), Max 30% ae

The depth of slot depth is 50% Dc

Insert Angle radius 0.4-6.3 mm (. 016 -. 248 inches)

 

Turbine screw – insert dimension 18

Cutter range 40-100mm (1.5-4 inches)

Cutting depth < =93 mm(3.66 in), maximum 30% ae

The depth of slot depth is 50% Dc

Insert Angle radius 0.4-6.3 mm (. 016 -. 248 inches)

high performance solid carbide end milling cutter

High performance solid carbide end milling cutter series

High performance end milling cutter

High-performance tool could slot, slot milling and contour machining, can be used for high feed processing of a variety of materials, material type, including steel, stainless steel, cast iron, high temperature alloys, as well as hardening materials. These vertical milling cutter products have high metal removal rate and excellent surface machining performance. Several knives have a variety of diameter and knife types, such as chamfering, rounded corners, pointed corners, and ball heads, all of which have inventory.

High performance solid carbide rough finish milling cutter

High performance roughing cutting tools can be used for many kinds of workpiece materials, such as steel, stainless steel, cast iron, etc. In certain applications, hard materials can also be processed. Custom roughing tool profile can reduce the cutting force to the necessary degree; Or the rough machining performance and semi-precision machining properties are combined to reduce the number of times.

RSM high performance solid carbide end milling cutter

RSM II has high productivity in the machining of titanium and titanium alloy structures in the aerospace industry. The RSM II can be used with high speed peeling milling method to ensure better chip formation and discharging performance in deep cavity workpiece machining. RSM products equipped with HAIMER II ® company produces Safe – Lock ™ device.

High performance solid carbide finishing milling cutter

High performance precision machining tools can be used in various kinds of workpiece materials, such as steel, stainless steel, cast titanium, high temperature alloy materials, in certain applications, can also be processed with hardened materials.

MaxiMet ™

The MaxiMet has excellent metal removal rate (MRR) performance, which can be used in the milling, milling and processing of various aluminum materials. Its patented groove design ensures that the cutter has satisfactory rigidity and improves the performance of the chip. Excellent wall and bottom vertical degree can be also worked out in long suspension applications. The front groove of the MaxiMet is used to grind the blade to ensure the precision of the plane machining.

modular milling cutter system

DUO – lambda OCK ® modular milling cutter, HARVI ™

The UKDV • four blade • metric system

ULDV • four blade • metric system

UCDV • five-blade metric system

UDDV • five-blade metric system

UJDV • six edge eccentric circular arc after grinding – metric system

UKBV • four-edged ball head type metric system

UJBV • six-edged ball head type, eccentric circular arc and angular grinding – metric system

HARVI • UKDV – asymmetrical blade distribution – metric system

HARVI ™, ULDV, asymmetric distribution of blade

HARVI II • UCDV • asymmetric blade distribution • metric system

HARVI II • UDDV • asymmetric blade distribution • metric system

HARVI III • UJDV • asymmetric blade distribution • rough processing • metric system

HARVI III • UJDV • asymmetric blade distribution • fine processing • metric system

HARVI spherical head type • UKBV • asymmetric blade distribution • metric system

HARVI III ball head type • UJBV • asymmetric blade distribution • rough processing • metric system

HARVI III ball head type • UJBV • asymmetric blade distribution • fine processing • metric system

Features and advantages

The non-symmetrical cutting edge distribution and variable helical Angle design can reduce the vibration knife and ensure smooth machining process.

A heart of the heart.

A universal cutter for rough machining and finishing, reducing tool setting operation.

Standard serial products. Other types and coating products can be booked.

 

DUO – lambda OCK ® modular milling cutter, MaxiMet ™

ABDF • two-edged metric system

The ABDE tri-blade metric system

Application parameters • MaxiMet – ABDF – smooth blade facet – metric system

Application parameter • MaxiMet • ABDE – repair the edge of the blade

Features and advantages

A heart of the heart.

Suitable for long suspension application.

The face of the smooth blade, the special end of the groove, high precision machining performance groove design.

Standard serial products. Other types and coating products can be booked.

 

105/5000

DUO – lambda OCK ® modular roughing mill

RQDB metric,

RKDF metric,

RQBB metric,

Application parameter • RQDB metric system

Application parameter • RKDF • metric system

Application parameter • RQBB metric system

Features and advantages

A heart of the heart.

The cable tooth shape can reduce the power consumption of machine tool.

Standard serial products. Other types and coating products can be booked.

 

DUO – lambda OCK ® modular finishing mill

FMDF, metric

XRDA metric,

Application parameter • FMDF • metric system

Application parameter • FSDE – metric system

Features and advantages

Standard serial products. Other types and coating products can be booked.

 

DUO – lambda OCK ® modular rounded corners and chamfering vertical milling cutter

XADA metric,

XRDA metric,

Application parameter • XADA metric system

Application parameter • XRDA metric system

Features and advantages

It’s not a good deal.

Standard serial products. Other types and coating products can be booked.

 

Joint

DL HSK Form A metric system

DL PSC63 metric

DL CV40 metric

DL BT40 metric

DL DV40 metric

DL SS SL cylindrical handle metric system

DL SS SL conical system

DL SS Conical cut off to modify length Metric

DL SS Cylindrical cut off to modify length Metric

DUO – lambda OCK ® torque wrench

modular milling cutter

DUO – lambda OCK ® modular milling cutter, HARVI ™

Duo – Lock ™ HARVI trough type is mainly used for solid carbide end mill applications. Beat Duo – Lock ™ has a very high accuracy and the length of repeated positioning precision, also has excellent connection stability. Duo – Lock ™ device of this characteristics can give full play to the kerner metal trough and the potential of the material. Higher metal removal efficiency can be achieved. Various diameter and blade sizes, such as chamfering, rounded corners, and sharp cutting edges, are available in stock.

DUO – lambda OCK ® modular milling cutter, MaxiMet ™

The MaxiMet has excellent metal removal rate (MRR) performance, which can be used in the milling, milling and processing of various aluminum materials. Its patented groove design ensures that the cutter has satisfactory rigidity and improves the performance of the chip. The vertical vertical degree of the wall surface is also produced in the long suspension application. The front groove of the MaxiMet is used to grind the blade to ensure the precision of the plane machining.

DUO – lambda OCK ® modular roughing mill

Duo – Lock ™ high-performance rough machining cutter has excellent performance of metal removal rate, at the same time also can reduce the machine power consumption. It can be used for many kinds of workpiece materials, such as steel, stainless steel, and difficult machining materials. The machining custom groove has excellent chip cutting control performance and will reduce the cutting force to the necessary degree. Combined with rough machining and semi-precision machining performance, reduce the number of times.

DUO – lambda OCK ® modular finishing mill

Duo – Lock ™ high-performance finishing tool for titanium, steel, and stainless steel materials for processing, has excellent surface finish quality and metal removal rate (MRR) performance, provide two basic groove type products. FMDF groove type is especially suitable for the finishing of steel materials and stainless steel materials. Duo – Lock ™ RSM trough type II is designed for high speed peeling milling, in deep cavity machining workpiece to ensure better chip formation and discharge performance, under the condition of the same diameter has the most number of blade.

Duo – Lock ™ XRDA fillet processing cutting tool and XADA chamfering tool makes high-performance vertical milling cutter series more perfect.

Special tool about Drilling and Milling

“NEW” Technical Brochures for Drilling and Milling

It is also our honor to recommend our technical manuals including all of our Drilling and Milling Products. The contents of these manuals include directory icon translations, materials and application information, speeds and feeds as well as our quality system.

 

2.

The project engineering experts of HAM participate in the full fabrication process from the raw material made in the molding to the finished products. The various kinds of customer service begin from the design of the complete workpieces to be manufactured. Several operations can be integrated into one tool based on the requirements. For instance, drilling and countersinking with tolerances in reaming qualities and subsequent backward countersinking. The characteristics of all products always correspond with the guide lines of acceptance precisely.
HAM has full confidence in developing tools for the future market. It is obvious as the development of solid carbide tooling and PCD round tools years before these types of designs were accepted by the market. In order to improve the products quality and consistency of HAM, we have been constantly seeking for new materials and new grinding methods.

HAM Special Tooling…

In order to manufacture special carbide tools, HAM devotes a great deal of time. So we can provide customer tools in any technical variations based on their demands, such as step drills, form drills, reamers, drill and chamfering tools, boring reamers and so on. We will try our best to seek solutions for you.

HAM proves themselves through many complicated ways. There is almost no material that cannot be machined, such as steel, cast iron, non-ferrous metals, ceramics as well as plastics and fiber reinforced materials.

cutting tool

1.
HAM is a global manufacturer that provides excellent quality and service for solid carbide and PCD cutting tools. It services for the following industries which are distributed in North and South America, Asia as well as the whole Europe:

oAutomotive and sub supplying industry
oAerospace industry, such as engines and turbines, as well as processing of carbon fiber materials and other complex materials)
oPart production on CNC machining centers in all work piece
materials
oMold and die industry
oTools for drilling and routing in the printed circuit board industry
oCrystal technology

The cutting tools of HAM have a competitively price because of quick delivery on any standards and specials. HAM fully understands the difficulties of the present market and can provide individual services for each client in order to look for cost-effective solutions for the customer’s specific needs.
News…
“NEW” High-powered Drill Offerings – Program Choices for your Production

It is the honor for HAM to recommend the most popular dill offerings which are designed for the American Markets specifically, with the most popular styles and various sizes of diameter offering, such as mm, inch and fractional sizes. Besides, the technical information included cutting data and material information we have will help you make suitable choices for your production.

Dargin drill and supplier

The holes for A Double Margin Drill are used to mounting aircraft engines and landing gear attachments, also fix to install the aircraft door. What is the model of A Tool precision and high quality? Therefore, it is already special products. Manager of the factory, P is a two-decade veteran of A Tool, He supervising the tools making.He fully knows the tolerances of the tool, it is tightly，also the importance of how to meet the demands every time.Every tool needs to return back through A tool experts.Whenever it needs to know every hole will be perfect…on every application… on every aircraft…because of the rigor, it can be earned the high position of the manufacturer for this special tool for many applications. The holes for A Double Margin Drill are used to mounting aircraft engines and landing gear attachments, also fix to install the aircraft door. What are the model of A Tool precision and high quality? Therefore, it is already special products.

Manager of the factory, P is a two-decade veteran of A Tool, He supervising the tools making.He fully knows the tolerances of the tool, it is tightly，also the importance of how to meet the demands every time.Every tool needs to return back through A tool experts.Whenever, it needs to know every hole will be perfect…on every application… on every aircraft…because of the rigor, it can earn the high position of the manufacturer for this special tool on many applications.

 

A major aerospace manufacturing company want to drill and finished the holes of wing skins for their fighter planes in one shot. So the company looks for A Tool to help. AMAMCO master tool grinders cooperate with our customer’s engineers to develop geometries for a custom tool which fits specifically into a countersink holder. It allows the operator to drill, ream, and countersink in a single process.

 

The customer set the goal through 40 holes in a single tool and sharps of each tool. They pull the A Drill Reamer after 80 holes to resharpening.  The tool would have drilled 120 holes will reach a consensus, but due to it had already exceeded expectations by 100 percent, they decided not to risk blowing a hole.