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Parkersburg, WV (PRWEB) August 21, 2014
Woodcraft has added a new line of quality woodturning tools from Carter and Son Toolworks that reflects a young woodturner’s quest for a tool that calls for significantly less sharpening.

“They put a lot of engineering in these tools,” Woodcraft solution manager Ben Bice stated. “The quality of the steel for one issue – the sharpness of the grind is remarkable and the edge retention is phenomenal. And three inches of the tool fits into the deal with, minimizing considerably of the typical vibration.”

Paul Carter, the “son” in Carter and Son, learned to turn wood at ten and became passionate about woodturning – but not the quantity of sharpening essential to sustain his tools. When his father, David Carter, a metallurgist with numerous years of engineering and manufacturing experience, explained that Paul’s turning tools were soft metal, the young turner began to envision a tool produced from a a lot more tough material.

With his father’s support, Paul decided to try M42 high-speed steel. The father-son team spent several years in item development – designing, testing, redesigning and retesting looking for “the greatest or absolutely nothing.” Eventually they settled on a mixture of solid M42 HSS and 10 percent cobalt that makes it possible for heat therapy to HRC68, which produces a razor-sharp, powerful tool. They added strong aircraft grade aluminum handles made to be comfy and powerful, as well as very easily and safely interchangeable – and Carter and Son Toolworks was born.

Valerie Carter, Paul’s sister, directs national sales and developed the vision for Carter and Son Toolworks. “Quality and precision are crucial principles in producing our tools,” Valerie said, “along with a dedication to the woodturners’ passion and consumer service that reflects that dedication.”

Today, the Seattle-primarily based business manufactures several woodturning tools as Paul and David continue to work on new products. What do the Carters want for their firm in the future? “Seeing woodturners appreciate woodturning to the max with our tools is our preferred aspect of the company. We just want to continue to grow Carter and Son and serve turners around the globe,” Valerie and Paul mentioned.

Bice mentioned Darin Lawrence, director of the Woodcraft Product Improvement Department, first met the Carters at the Seattle Woodcraft shop, which led to the young company’s attendance at the 2013 Woodcraft Vendor Trade Show. “I was impressed by their presentation and the tools they had at the time,” Bice mentioned. “We corresponded over the next several months, which resulted in Woodcraft adding Carter and Son Toolworks merchandise to our woodturning tool providing.”

To find out much more about Carter and Son Toolworks, go to http://www.carterandsontoolworks.com and comply with them on Facebook, Twitter and YouTube.

For far more details about Woodcraft, please make contact with the Woodcraft retailer nearest you, go to http://www.woodcraft.com or get in touch with (800) 535-4482. To find out about Woodcraft franchise opportunities, pay a visit to http://www.woodcraftfranchise.com or email woodcraftfranchise(at)woodcraft(dot)com.





Los Angeles, CA (PRWEB) September 17, 2014
Brush Research Manufacturing (BRM), global supplier of Flex-Hone® tools and NamPower nylon abrasive brushes, is announcing the completion of a productive week-lengthy exhibit at IMTS 2014, America’s biggest manufacturing event and one particular of the world’s biggest industrial tradeshows. From September eight to 13, the BRM technical group showcased Flex-Hone® and NamPower technology at Chicago’s McCormick Spot.

As visitors to the BRM Booth at IMTS 2014 learned, versatile honing tools help makers to enhance portion top quality and consistency. By enhancing surface finish and removing burrs at the same instances, flexible hones also assist industry to increase efficiency and enhance productivity. “It was a great show,” mentioned Heather Jones, Vice President of Marketing and advertising. “We had some fantastic conversations with manufacturers.”

How Manufacturers Use Flexible Honing Tools

As a follow-up to IMTS, BRM has published a technical report named How Makers Use Versatile Honing Tools that explains why Flex-Hone® tools are the sector standard for inner diameter (ID) applications. Self-centering, self-aligning to the bore, and self-compensating for put on, flexible hones get rid of cut, torn, and folded metal even though imparting a plateau finish for optimum lubrication.

Identified also as ball hones, Flex-Hone® tools feature abrasive globules that are permanently laminated to versatile nylon filaments. These surface finishing and deburring tools are also built with a double-wire metal mounting stem. Makers can use flexible cylinder hones during machine tool applications (on-line), or for the duration of secondary operations (off-line).

On-Line and Off-Line Operations

As BRM’s technical report explains, versatile hones mount in most machine spindles. Examples incorporate drill presses, lathes, milling machines, robotic cells, transfer lines, and CNC equipment. For off-line use, these cylinder honing tools can be utilised with a handheld power tool such as an electric drill. Regardless of how they are utilized, Flex-Hone® tools always demand the use of a high-high quality lubricant.

Flexible hones are used in both general industrial and specialized manufacturing applications. They come in ten various abrasive varieties, 11 grit sizes, and in regular diameters ranging from four-mm to 36”. For difficult materials such as ceramics, carbides, and aerospace alloys, BRM supplies the Diamond Flex-Hone® with its fast cut rates and self-sharpening, resin-bonded crystals.

For far more information about Flex-Hone® technology, download the Flex-Hone® Resource Guide.

About Brush Analysis Manufacturing

Brush Research Manufacturing (BRM), makers of versatile honing tools and a complete line of industrial brushes, is situated in Los Angeles, California. For more than 55 years, BRM has been solving surface finishing challenges with brushing technology. BRM’s Flex-Hone® tool is the industry standard against which all other ID surface finishing solutions are compared. Pick NamPower brushes for OD applications.

Media Speak to:
Heather Jones
Vice President of Advertising and marketing 
Brush Analysis Manufacturing Co. Inc. 
4642 Floral Drive
Los Angeles, CA 90022
HJones(at)brushresearch(dot)com

For Quick Release:
http://www.brushresearch.com/
Ph: (323) 261-2193





Los Angeles, CA (PRWEB) September 10, 2014
Brush Investigation Manufacturing (BRM), American-owned supplier of Flex-Hone® tools and nylon abrasive brushes, is announcing smaller sized-diameter NamPower abrasive disc brushes for tougher-to-reach places and planetary head mountings. Best for automated machinery, these industrial brushing tools are the most current improvement in NamPower technologies, a high-efficiency answer to surface finish challenges.

NamPower nylon abrasive brushes mount in today’s production machinery and provide consistent, price-powerful surface finishing and deburring for OD applications. The NamPower loved ones of items involves nylon abrasive disc brushes in a assortment of diameters. All NamPower disc brushes are also offered with a special tool-holder for flow-by way of cooling.

Brush Sizes, Styles, and Filament Alternatives

As BRM’s new technical post explains, NamPower mini disc brushes come in 50-mm, 60-mm, and 80-mm diameters in both dot and turbine designs. Dot style brush tools are developed for light-duty deburring and edge blending. Turbine style abrasive disc brushes are recommended for medium-duty and heavy-duty burr removal. Each styles of NamPower brushes help brief cycle instances and long brush tool life.

NamPower miniature nylon abrasive disc brushes come with a distinctive combination of white ceramic and silicon carbide abrasive for producing maximum burr removal prices and an optimum surface finish at the exact same time. Obtainable grit sizes for these little-diameter brush tools are 80, 120, 180, and 320. Custom NamPower mini disc brushes are also obtainable, and function a mixture of blue ceramic and silicon carbide, or blue ceramic only.

Thermoplastic Base and Flow-By means of Tool Holder

As BRM’s technical report explains, all NamPower abrasive disc brushes are built with a molded thermoplastic base that provides greater stability and rigidity with lowered vibration. These effectively- balanced brushing tools are designed for use with CNC gear and other automated machinery, and improve brush functionality even though extending brush tool life.

Tiny-diameter NamPower nylon abrasive brushes also feature a flow-by way of tool holder with a 16-mm shank. As with the tool holders for bigger-diameter NamPower disc brushes, coolant flows by way of from the brush center, resulting in greater lubricant dispersion. All NamPower flow-via tool holders are heat-treated, precision-ground, and PVD coated.

Check out BRM at IMTS 2014 (Booth N-7163)

From September eight to 13, 2014 BRM’s technical specialists will be at IMTS 2014 to answer concerns about NamPower technologies, Flex-Hone® tools, and the California company’s full line of industrial brushes. Manufacturers, metalworking and machine tool specialists, and industrial distributors are invited to visit BRM in Booth N-7163 at Chicago’s McCormick Spot.

About Brush Research Manufacturing

Brush Analysis Manufacturing (BRM), makers of versatile honing tools and a full line of industrial brushes, is situated in Los Angeles, California. For more than 55 years, BRM has been solving surface finishing challenges with brushing technology. BRM’s Flex-Hone® tool is the industry common against which all other ID surface finishing options are compared. Select NamPower brushes for OD applications.

Media Get in touch with:
Heather Jones
Vice President of Marketing 
Brush Research Manufacturing Co. Inc. 
4642 Floral Drive
Los Angeles, CA 90022
HJones(at)brushresearch(dot)com

For Immediate Release:
http://www.brushresearch.com/
Ph: (323) 261-2193





Uncover Far more Cnc Precision Manufacturing Press Releases
Windsor, CT (PRWEB) September 03, 2013
Morris Midwest will return to the Wisconsin Manufacturing Technology Show, the Midwest’s largest manufacturing occasion, at the Wisconsin State Park Exposition Center in Milwaukee on October eight-ten, 2013. The regional machine tool distributor, a division of Morris Group, Inc., will exhibit machine tools from Okuma, Tsugami, Hardinge, and Bridgeport with reside cutting demonstrations in its 2400 square-foot show space, Booth 713.

According to John Murphy, president of Morris Midwest, their display of technologies will run the gamut from horizontal lathes to vertical machining centers to multifunction machines for the precision machining of both big and tiny parts. “Our customers include modest job shops, big OEMs, and tier one particular suppliers from practically every segment of the market. We are bringing in a leading-notch selection of gear suited for diverse consumer demands.”

On display will be numerous multifunction lathes from Okuma. The affordably-priced Okuma Genos L400 is an entry-level multifunction machine according to Okuma, but is a solid performer in virtually any setting, reports Murphy. It is joined by the Okuma LB3000 EX two-axis horizontal lathe that delivers an array of 66 alternatives that can give it the qualities of a multifunction lathe. The show model, the LB3000 EX BBMYW, shows off added milling (M), sub-spindle (W) and Y-axis capabilities. At the upper finish of Okuma’s multifunction machines is the Okuma Multus Series, represented by the Multus B300-II BB/SB.

Also on show from Okuma will be the Genos M560-V vertical machining center which has drawn crowds at other industry events with its higher metal removal cutting demonstrations. The Okuma 2SP-V60 twin-spindle, four-axis vertical lathe is a extremely flexible, higher precision, heavy-duty selection for manufacturers of huge diameter workpieces, such as brake drums and rotors, hubs, and gears.

Tsugami’s B0326-II and SS20M-5AX should be of special interest to tiny parts producers, adds Murphy. “The new Tsugami SS20M-5AX multifunction lathe is a show stopper. Made for precision machining of parts 20mm and smaller in size, it underscores Tsugami’s position as the global leader in machines for tiny parts. It has 5-axis simultaneous manage, vertical machining capabilities, and continuous B-axis movement.”

Rounding out Morris Midwest’s technologies display will be two horizontal lathes from the Hardinge GS Series—the GS-51 and GS-250—and the little-footprint, 20 horsepower, Bridgeport GX 300 vertical machining center which delivers up to 99 foot-pounds of torque.

“Our application engineering, parts, service, and productivity team members will be staffing our booth alongside our sales engineers,” says Murphy. “We invite show guests to stop by our booth to see the technologies we’ve assembled and meet our employees.”

For much more data regarding Morris Midwest, please check out http://www.morrismidwest.com or get in touch with Morris Midwest through phone at 414-586-0450 (WI and MI UP) or 630-351-1091 (IL).

***
Morris Midwest, a division of Morris Group, Inc., has offices in Milwaukee, Wisconsin and Roselle, Illinois and employs more than 60 people. It supplies CNC machine tools, tooling and accessories, and connected engineering and assistance services to manufacturers from the automotive, medical, small engine, agriculture, recreational items, energy and other industries in Wisconsin, northern Illinois, and Michigan’s Upper Peninsula. It is the exclusive regional distributor in those areas, representing Okuma, Tsugami, Hardinge, Bridgeport, Kellenberger, and Jones & Shipman. Morris Midwest distributes Union’s lines of horizontal boring mills and machining centers in Wisconsin.

Morris Group, Inc., http://www.morrisgroupinc.com, whose history dates to 1941, is one of the largest machine tool distribution networks in North America. Primarily based in Windsor, Connecticut, the loved ones-owned and operated business employs far more than 500 individuals across fourteen enterprise units in the eastern half of the United States.





A lot more Bridgeport Milling Machine Press Releases
Los Angeles, CA (PRWEB) August 27, 2014
Brush Study Manufacturing (BRM), American-owned supplier of flexible honing tools and a complete line of industrial brushes, is announcing plans to attend the 2014 International Manufacturing Technologies Show (IMTS) from September 8 to 13 at Chicago’s McCormick Place. The brush manufacturer is also announcing the release of a new technical write-up and IMTS video about BRM Flex-Hone® tools.

IMTS 2014 is one particular of the world’s largest industrial tradeshows. With over 1 million sq. ft. of exhibit space and more than 1900 exhibitors, this year’s occasion will showcase more than 15,000 items, technologies, and processes. Held just as soon as every single two years, IMTS spans nine pavilions and includes conference sessions exactly where members of the manufacturing and machine tool industries can learn from thought leaders.

Automated Deburring and Surface Finishing

As BRM’s new technical write-up explains, the Flex-Hone® tool is the market regular for inner diameter (ID) burr removal and surface improvement. Flexible hones mount in most rotating spindles, which includes CNC equipment, drill presses, lathes, milling machines, and robotic arms. Constructed with a double-wire stem, these cylinder hones secure effortlessly in chucks, collets, and similar holding devices.

With CNC gear and machining centers, a CAT 40 collet or Jacobs-style cuck is suggested. Some companies use versatile cylinder hones with handheld power tools, but automated surface finishing and deburring supports greater component consistency. Flex-Hone® tools are available for any type or size cylinder, and assist makers make the most of production gear.

Burr Removal, Surface Finish Improvement, and Ease-of-Use

As BRM’s new Flex-Hone® video shows, versatile honing imparts a uniform series of oil-retaining grooves for optimum lubrication. Plateau finishing leaves the base metal undisturbed, but removes raised places (burrs) that can influence dimensional tolerances and lead to portion misalignments. BRM’s flexible cylinder hones are also used for edge blending and cross-hole deburring.

Flex-Hone® tools or ball hones function abrasive globules that are permanently laminated to flexible nylon filaments. These cylinder honing tools come in 10 various abrasive sorts and 11 grits, and are accessible for bores ranging in size from 4 mm to 36”. For harder supplies such as ceramic, carbide, and aerospace alloys, use the BRM Diamond Flex-Hone®.

Visit BRM at IMTS 2014 (Booth N-7163).

From September 8 to 13, 2014 BRM’s technical specialists will be at IMTS 2014 to answer queries about Flex-Hone® tools, NamPower nylon abrasive brushes, and the California company’s full line of industrial brush tools. As BRM’s new technical report explains, visitors to Booth N-7163 and invited to bring in their most difficult component, and understand much more about surface finishing and deburring options.

About Brush Analysis Manufacturing

Brush Research Manufacturing (BRM), makers of versatile honing tools and a full line of industrial brushes, is positioned in Los Angeles, California. For over 55 years, BRM has been solving surface finishing challenges with brushing technology. BRM’s Flex-Hone® tool is the sector regular against which all other ID surface finishing options are compared.

Media Speak to:
Heather Jones
Director of Marketing and advertising 
Brush Investigation Manufacturing Co. Inc. 
4642 Floral Drive
Los Angeles, CA 90022
HJones(at)brushresearch(dot)com

For Instant Release:
http://www.brushresearch.com/
Ph: (323) 261-2193





Precision machining tools have been greatly enhanced by linear encoders in a number of methods. A linear encoder is a sensor, transducer or readhead paired with a scale that encodes position. It performs by the sensor reading the scale and converting that encoded position into a digital signal which is then decoded into position by a digital readout. Linear encoders are utilised in metrology instruments and precision machining tools such as digital calipers and coordinate measuring machines. Linear encoders use many distinct physical properties to encode the position such as optical, magnetic, inductive, and capacitive.
Optical linear encoders are the most common kind of encoder on the marketplace nowadays especially for precision machining tools. A standard scale for optical linear encoders varies from hundreds of microns down to just a couple of. This type of scale is really accurate and precise which is why it dominates most of the industry. The magnetic encoders are yet another favourite and they function by scales that are either active which is magnetized or passive which is reluctance.
There are two main applications for linear encoders including measurement and motion systems. Measurement is specifically important when it comes to precision machining because it needs to be correct down to the hundredth of a millimeter. Linear encoders for measurement are commonly found in coordinate measuring machines (CMM), laser scanners, calipers, gear measurement, tension testers, and digital study outs. Motion systems from linear encoder also aid precision machining since they supply precise higher speed movement.
Linear encoders are either open or closed which can carry various positive aspects and disadvantages. Being open they are prone to dirt particularly getting in precision machining tools and machines. Nonetheless enclosing the encoder limits it accuracy due to friction. The alternative of the encoder becoming closed or open in a machine demands to be thought about on a case by base basis.
Precision Machining accomplished with Cold Forging?
It has been identified and tested that precision cold forging creates perfectly shaped parts with easy or complex geometry and it’s faster than machining. Precision machining is the most well-known way of generating tools and parts for machinery but it is quite expensive due to the machines and the length of time it requires to generate the components. Forging can operate on cold or hot materials cold working is conducted at temperatures of at 480degree Celsius to 780, and hot operating at above the recrystallisation temperature of the material getting forged.
Normally applying strenuous and heavy deformation to cold steel cracks the steel but by sustaining compression at all points this does not happen. By using little components cold forging can create a final shape with stainless steel supplying they are effectively lubricated and contained. Cold forging tends to make goods precisely to their shape which can’t be accomplished with hot forging, and given that with cold forging components can often be formed in 1 blow production prices are really higher. Cold forging is a wonderful alternative to precision machining simply because it cuts the machining time fairly considerably which for a business means lowers expenses on making components and a quicker price at which they can be supplied.
Robert Cooke, chairman of a precision machining organization, states that production time has been reduce from two minutes to a handful of seconds. The timing and the method involved in cold forging is dependent on the material becoming employed but generally there are 6 measures that take spot, pre-type production, upsetting, annealing, lubrication, cold forging, and the finishing machining. Cold forging has numerous benefits over the standard precision machining techniques such as modest batch sizes can be accomplished making use of rapid change tooling, monitoring the process of the methods for top quality control, fine surface finish, high productivity, and so on and so on. With these dramatic benefits it is thought that cold forging will become even far more common amongst the precision machining industry over the years to come
If you are searching for a precision machining firm take a look at ITI-Manchester’s web site.
Uncover More Machining Forged Parts Articles
London (PRWEB) September 23, 2013
This report analyzes the worldwide markets for Machine Tools in US$ Million by the following Solution Groups/Segments: Metal Cutting Tools (Boring & Drilling Machines, Gear Cutting Machines, Grinding, Honing, Lapping, Polishing & Buffing Machines, Lathes, Milling Machines, Machining Centers, Station Sort Machines, & Miscellaneous Metal Cutting Tools), Metal Forming Tools (Punching & Shearing Machines, Bending & Forming Machines, Metal Functioning Presses, & Miscellaneous Metal Forming Tools), and Particular Machine Tools (Water Jet Machines, Laser Machines, Electrochemical Machines, Electrical Discharge Machines, & Coordinate Measuring Machines).

Finish-Use Segments also analyzed consist of: Automobile, Aerospace/Defense, Non-Electric Machinery & Gear, Electronics/Electrical Machinery & Equipment, and Others.

The report provides separate complete analytics for the US, Canada, Japan, Europe, Asia-Pacific, Middle East/Africa and Latin America.

Annual estimates and forecasts are supplied for the period 2010 via 2018. Also, a six-year historic analysis is supplied for these markets.

The report profiles 482 firms like many important and niche players such as GF AgieCharmilles, Allied Machine & Engineering Corp., Amada Co. Ltd., Amada Machine Tools America Inc., DMG-Mori Seiki USA, Doosan Infracore Co. Ltd., Dalian Machine Tool Group Co., Ltd., FANUC Corporation, Gildemeister Aktiengesellschaft, Gildemeister Italiana S.p.A., Haas Automation, Inc., Hardinge Inc., JTEKT Corporation, Kennametal Inc., KMT Waterjet Systems Inc., Komatsu NTC Ltd., Makino Milling Machine Co. Ltd., Mori Seiki Co, Ltd., MAG, Okuma Corporation, Otto Bihler Maschinenfabrik GmbH & Co. KG, Shanghai Machine Tool Functions Co., Ltd., Shenyang Machine Tools Co. Ltd., Schuler AG, Sodick, Inc., Spinner Werkzeugmaschinenfabrik GmbH, Sandvik AB, Sandvik Coromant, TAJMAC-ZPS, a.s., Trumpf Group, Walter AG, and Yamazaki Mazak Corporation.

Market data and analytics are derived from primary and secondary investigation. Company profiles are mainly based on public domain details such as firm URLs.

I. INTRODUCTION, METHODOLOGY & Item DEFINITIONS
Study Reliability and Reporting Limitations I-1
Disclaimers I-2
Data Interpretation & Reporting Level I-2
Quantitative Methods & Analytics I-two
Item Definitions and Scope of Study I-three
Solution Groups/Segments I-four
Metal Cutting Tools I-four
Boring & Drilling Machines I-four
Gear Cutting Machines I-4
Grinding, Honing, Lapping, Polishing and Buffing Machines I-4
Lathes I-five
Milling Machines I-5
Machining Centers I-five
Station Kind Machines I-five
Miscellaneous Metal Cutting Tools I-5
Metal Forming Tools I-five
Punching & Shearing Tools I-six
Bending & Forming Tools I-6
Metal Working Presses I-six
Miscellaneous Metal Forming Tools I-6
Particular Machine Tools I-6
Waterjet and Laser Machines I-six
Electrochemical Machines I-six
Electrical Discharge Machines I-7
Co-ordinate Measuring Machines I-7
Finish-Use Segments I-7
Automotive Industry I-7
Aerospace/Defense Business I-7
Non-Electric Machinery and Gear Sector I-7
Electronics/Electrical Machinery and Gear Business I-7
Other people I-8
Oilfield Market I-8
Health-related Market I-eight

II. EXECUTIVE SUMMARY

1. Market OVERVIEW II-1
Significance of Manufacturing for the Machine Tools Market place: A
Evaluation II-1
Machine Tools: Industry Structure &Traits II-2
Outlook II-four

Table 1: Planet Industry for Machine Tools (2012): Percentage
Share Breakdown of Revenues by Top Players (consists of
corresponding Graph/Chart) II-4

Table two: Planet Market place for Machine Tools (2012): Percentage
Share Breakdown of Investments in Machine Tools by Nation
(contains corresponding Graph/Chart) II-4

Table three: World Market for Machine Tools (2012): Percentage
Share Breakdown of Revenues by Finish-Use Industries (consists of
corresponding Graph/Chart) II-5
Exactly where Do the Possibilities Lie? II-5
A Peek into Technologies Evolution in the Machine Tools Sector II-six
Technology Boosts Numerical Handle (NC) Machine Tools
Demand Further II-six
Innovation Largely Guided by the Evolution of New Age Components II-six
Reaching Precision the Laser Way II-7
What Does It Take to Survive in the Marketplace? II-7
Following Sales Buyer Service & Support: A Essential Differentiator II-8
Recession Influence in Retrospect II-8
Noteworthy Industry Trends & Problems II-9
Manufacturing Market: A Bellwether of Market Prospects for
Machine Tools II-9
Encouraging Gains in Worldwide Manufacturing PMI Signals an
Optimistic Outlook for Machine Tools II-9
Creating Asian Nations Emerge As Tough Contenders in the
International Market II-11
China Marches Ahead on Production Front II-11
CIVETS to Replace BRICs in the Coming Decade II-11
Advent of 3D-Printing Machines: Marks the Emergence of Next
Generation Machine Tools II-12
Development of Specialized Aerospace Components Spurs
Innovation in Machine Tools II-13
Rise in Commercial Aircraft Orders Augur Properly for Machine
Tool Industry II-13
Developments in Renewable Energy Help Spur Market place Opportunities II-14
Boom in Mobile Electronics Boosts Prospects for Machine
Tools in the Semiconductor Sector II-14
Outsourcing of Manufacturing Activity Boosts Demand for
Machine Tools in Building Countries II-15
Metal Cutting Tools: A Important Revenue Creating Product Industry II-15
HSS Cutting Tools: Hopes Pinned onto Powder Metallurgical
HSS to Spearhead Growth II-16
Grinding Machines Market place: A Assessment of Existing Scenario II-16
Trends Across Item Markets II-17
Advanced Grinding Machines Revolutionize Grinding Procedure II-17
Multi-Tasking Machines Gear Up to Revolutionize Machine
Tool Dynamics II-18
A Macro Shift to Micro Machining Tools II-18
Intelligent Machines Spiral in Recognition II-18
Retrofit Industry Keeps CNC Machinery Sales Alive II-18
Versatile Manufacturing Catching Impetus II-19
Bar Fed Machining Centers Gain Speedy Acceptance II-19
Two Offset Numbers grow to be Norm in Machining Center II-19
Silicon Carbide (SiC) Cutting Tools become a Rage II-20
Environmental Issues Spur Innovations in Cutting Tools II-20
‘Intelligent’ Threat Brewing II-20
Replacement Demand Beneath Threat II-20
Waterjet: An Evolving Cutting Tool II-20
Cost Positive aspects Drive Waterjet Adoption II-21
Expanding Applications of Waterjet Cutting Drives Growth II-21
Robotic Waterjets to Rise in Recognition II-22
International Industry Evaluation & Outlook II-22
Important Statistical Findings II-23

Table four: International Production of Machine Tools (2012):
Percentage Share Breakdown of Production Worth by Nation
(consists of corresponding Graph/Chart) II-23

Table 5: Global Trade in Machine Tools (2012): Breakdown of
Imports (in US$ Million) by Essential Importing Nations
(contains corresponding Graph/Chart) II-23

Table six: Global Trade in Machine Tools (2012): Breakdown of
Exports (in US$ Million) by Crucial Exporting Countries
(contains corresponding Graph/Chart) II-24

Table 7: Global Machine Tools Per Capita (2012): Breakdown
of Consumption Per Capita (in US$ ) By Nation (consists of
corresponding Graph/Chart) II-25

2. Item/End-USE Market OVERVIEW II-26
Machine Tools II-26
Industrial Use of Machine Tools: A Historical Retrospective II-26
Metal Cutting Machine Tools II-26
Structure of Metal Cutting Tool II-26
Cutting Methods II-27
Main Categories of Tools II-27
Rotary Cutting Tools II-27
Carbide Cutting Tools II-27
Stamping Die II-28
Sorts of Metal Cutting Machine Tools II-28
Boring & Drilling Machines II-28
Gear Cutting Machines II-28
Grinding, Honing, Lapping, Polishing & Buffing Machines II-28
CNC Grinding Machines II-29
Lathes II-29
Varieties of Lathes II-29
CNC Lathes II-29
Milling Machines II-29
Major Elements II-30
Body of the Milling Machines II-30
Length of Reduce II-30
Helix Angle II-30
Land II-31
Diameter II-31
End Teeth II-31
CNC Milling Machines II-31
Center Cutting and Non Center Cutting Milling Machines II-31
Machining Centers II-31
Horizontal CNC Machining Centers II-32
Vertical CNC Machining Centers II-32
Station Type Machines II-32
Miscellaneous Metal Cutting Tools II-32
Metal Forming Machine Tools II-32
Kinds of Metal Forming Machine Tools II-33
Punching & Shearing Tools II-33
Bending & Forming Tools II-33
‘Bending’ Vs ‘Forming’ II-33
Metal Working Presses II-33
Miscellaneous Metal Forming Tools II-34
Special Machine Tools II-34
Water Jet and Laser Machines II-34
Electrochemical Machines II-35
Electrical Discharge Machines II-35
Die-Sink EDMs II-35
Wire-Cut EDMs II-36
Die-Sink Machines Vs Wire-Cut Machines II-36
Coordinate Measuring Machines II-36
Market Segmentation by Machine Cost and Precision II-37
Higher-Finish Machine Tool Market II-37
Mid-Range Machine Tool Market II-37
Low-Finish Machine Tool Industry II-37
End Use Markets II-37
Automotive Industry II-38
Aerospace/Defense Business II-38
Non-Electric Machinery and Gear Business II-38
Electronics/Electrical Machinery and Gear Industry II-38
Other people II-39
Oilfield Industry II-39
Medical Sector II-39

3. Item INTRODUCTIONS/INNOVATIONS II-40
Sandvik Coromant Releases CoroMill 316 Exchangeable-Head
Milling Technique with Internal Coolant II-40
Sandvik Coromant Launches CoroMill 357 Multi-Edge Face Milling
Cutter II-40
Sandvik Coromant Rolls Out CoroMill® 419 Five-Edge High-Feed
Milling Cutter II-40
Autoprint Launches Checkmate 65 Print Inspection Machine II-41
Sandvik Coromant Unveils CoroDrill® 460-XM Higher-Performance Drill II-41
Sandvik Coromant Introduces CoroMill Plura Multi-Material Finish
Mill II-41
Sandvik Coromant Launches CoroReamer 435 and 835 II-41
Sandvik Coromant Introduces CoroDrill 860 Solid Carbide Drill II-42
Sandvik Coromant Rolls Out CoroDrill 870 Exchangeable Tip Drill II-42
Sandvik Coromant Introduces CoroDrill 870 Exchangeable-Tip Drills II-42
Bhavya Machine Tools Launches New Multipurpose Light Duty
Lathe Machine II-42
Bhavya Machine Tools Launches New Bandsaw Machines II-43
Okuma to Unveil New Machines at IMTS 2012 II-43
Romi Machine Tools Launches Modern day GL 170G Slant Bed Turning
Center II-44
DEWALT® Introduces Sophisticated Lithium Metal Cutting Circular Saw II-44
Sumitomo Electric to Introduce New Nano-Polycrystalline
Diamond Tipped Cutting Tools II-45
Kalamazoo Machine Tool Launches New Manual Band Saw II-45
Kyocera Launches New Grade PV7025 Cermet Cutting Tools II-45
MHIi Introduces Advanced Wafer Bolding Machine II-46
CAMPAT Machine Tool Launches New Leadwell V-40iT VMC with five-Axis II-46
Eastern Laser Introduces New Fiber Laser Marking Machine, FOL
Series II-47
Spartanics Launches L-500 Laser Cutting System II-47
Hexagon Metrology Unveils Brown & Sharpe four.5.four SF CMM Variety II-47
Kent Plans to Unleash Double-Column 16-meter Grinders II-48
KVL Introduces Tyrolit’s Diamond, Grinding and Cutting Tools
in Bahrain II-49
Mitsubishi Electric Plans to Unveil Wire-Cut Electrical
Discharge Machines II-49
CHMER Plans to Introduce CNC Machining Center that
Incorporates Linear Motor II-50
Spedo to Unveil Spedo 2600 Pinless Types Cutting Device II-50
Semlima Introduces Computerized Water-Jet Cutter II-51
Penn Stainless Items Sets up Mach three Water-Jet Cutter at its
Pennsylvania Unit II-51
LVD Strippit Launches Adaptive Laser Cutting (ALC) Technique II-51
OMZ Unique Steels Introduces New Lathe II-52
Sant Enterprises Rolls Out Precision Surface Grinder II-52
Pramet Tools to Unveil New-Generation Lathe Supplies II-52
Kyocera Launches New Milling Cutters II-52
Mitsubishi Electric Rolls Out Industrial Automation Service
Company in China II-53
Trilogy Machinery Launches Sunrise ANC Punching Method II-53
Ferry Industries Unveils Five-Axis CNC Machining Centers II-53
HEIDENHAIN Launches TNC 640 Milling-Machine Handle with
Optional Turning II-54
Eastern Laser Rolls Out ETE Series Laser Machines II-54
Etlaser.com Unveils Laser Engraving Machine ET-4030 II-54
Eastern Laser Introduces Continual-Light Laser Cutting Machine II-54
Bomag Launches Two New Milling Machines II-55
Okuma Develops GENOS Series CNC Lathes II-55
Strategies Machine Tool Launches FANUC D21 RoboDrill VMC Series II-55
Chicago Pneumatic Introduces Industrial Angle Grinders and
Sanders Line II-56
Miller Electric Launches Millermatic 350P Aluminum MIG Welder II-56
Approaches Machine Tools Rolls Out FEELER FT-Series CNC Turning
Centers II-57
Ultra Tech Machinery Unveils Transportable Specialty Machine Tools II-57
Schleuniger Launches CrimpCenter 36 S Totally Automatic Crimping
Machine II-57
Absolute Machine Tools Rolls Out TMV-510G Tongtai Graphite
Machining Center II-58
Walter Meier Unveils New JET Belt Grinder and JET Mobile Dust
Collector II-58
NUM Corporation Launches Flexium+ CNC Platform for Safe
Machine Tool Control II-59
Makino Introduces 5-Axis Horizontal Machining Center II-60
Seco Tools Launches Double Octomill™ 05 Tools for Little
Machines Milling Applications II-61

four. Recent Market ACTIVITY II-62
Morris Group Requires Over Hegman Machine Tools II-62
Tenex Capital Acquires Techniks and Merges Techniks with NAP
GLADU II-62
Mori Seiki Sets Up its First Machining Center Production
Facility in the US II-62
Mazak Corporation to Expand Manufacturing Facility in Kentucky II-63
Mazak Merges Sales and Marketing and advertising Structures of its Laser
Cutting and Machine Tools Divisions II-63
Sandvik Forms a Joint Venture with Shandong Energy Machinery II-64
Ellison Enters into Strategic Distribution Alliance with
Toshiba Machine II-64
HDNG Requires Over Usach II-65
Mitsubishi Heavy Industries Exhibits Jointly with Federal
Broach at IMTS 2012 II-65
Profitable Delapena and Wendt Joint Venture Leads to
Important Development II-66
Kyocera to Enter into a Joint Venture with CTC II-66
Sumitomo Electric to Form a Joint Venture with PT Somagede II-66
HURCO Partners with Elliot II-67
EDAC Technologies Acquires Assets of Smith-Renaud II-67
DGI Supply to Take More than Tools & Abrasive Supply II-68
Klingelnberg Requires Over Höfler II-68
BJME Requires More than SAFOP II-68
Lissmac Requires Over Steelmaster II-69
Hirschmann Acquires JauchSchmider GmbH & Co. KG II-69
Fair Buddy Takes More than Five Foreign Machine-Tool Firms II-69
TEK4 Indicators License Deal with Tek4 USA II-69
Rosenberger and Unison Collaborate for Promoting and Marketing and advertising
Products II-70
Atlas Copco Receives Gear Provide Deal from HZL II-70
Sandvik Coromant Renews Alliance with SHR II-70
Citizen Machinery to Enter into Procurement Agreement with
Fair Buddy II-71
HDNG Requires Over Usach II-71
MTorres to Take More than Pacifica II-71
ESCO Acquires ACS II-72
MTTG Requires Over Assets of DSG II-72
Guardair Requires More than Allen II-72
Roanwell Takes Over Absolute Manufacturing II-73

5. Focus ON Choose International PLAYERS II-74
GF AgieCharmilles (Switzerland) II-74
Allied Machine & Engineering Corp (USA) II-74
Amada Co. Ltd., (Japan) II-74
Amada Machine Tools America Inc., (USA) II-75
DMG-Mori Seiki USA (USA) II-75
Doosan Infracore Co. Ltd. (South Korea) II-75
Dalian Machine Tool Group Co., Ltd (China) II-76
FANUC Corporation (Japan) II-76
Gildemeister Aktiengesellschaft (Germany) II-76
Gildemeister Italiana S.p.A. (Italy) II-77
Haas Automation, Inc. (USA) II-77
Hardinge Inc. (USA) II-77
JTEKT Corporation (Japan) II-78
Kennametal Inc., (USA) II-78
KMT Waterjet Systems Inc. (USA) II-78
Komatsu NTC Ltd. (Japan) II-79
Makino Milling Machine Co. Ltd. (Japan) II-79
Mori Seiki Co, Ltd. (Japan) II-79
MAG (USA) II-79
Okuma Corporation (Japan) II-80
Otto Bihler Maschinenfabrik GmbH & Co. KG (Germany) II-80
Shanghai Machine Tool Functions Co., Ltd (China) II-81
Shenyang Machine Tools Co. Ltd. (China) II-81
Schuler AG (Germany) II-81
Sodick, Inc. (USA) II-82
Spinner Werkzeugmaschinenfabrik GmbH (Germany) II-82
Sandvik AB (Sweden) II-82
Sandvik Coromant (Sweden) II-83
TAJMAC-ZPS, a.s. (Czech Republic) II-83
Trumpf Group (Germany) II-83
Walter AG (Germany) II-83
Yamazaki Mazak Corporation (Japan) II-84

6. International Industry Point of view II-85
Table eight: Planet Current Past, Present and Future Evaluation for
Machine Tools by Geographic Region/ Country – US, Canada,
Japan, Europe, Asia-Pacific, Middle East/Africa and Latin
America Independently Analyzed by Annual Sales in US$ Million
for the Years 2010 by means of 2018 (involves corresponding Graph/Chart) II-85

Table 9: Planet Historic Overview for Machine Tools by Geographic
Region/Nation – US, Canada, Japan, Europe, Asia-Pacific,
Middle East/Africa and Latin America Independently Analyzed by
Annual Sales in US$ Million for the Years 2004 by way of 2009
(consists of corresponding Graph/Chart) II-86

Table 10: World 14-Year Point of view for Machine Tools by
Geographic Region/ Country – Percentage Breakdown of Dollar
Sales for US, Canada, Japan, Europe, Asia-Pacific, Middle
East/Africa and Latin America for the Years 2005, 2013 and
2018 (contains corresponding Graph/Chart) II-87
By Item Group/Segment II-88

Table 11: Globe Current Past, Current and Future Evaluation for
Metal Cutting Tools by Geographic Region/Country – US, Canada,
Japan, Europe, Asia-Pacific, Middle East/Africa and Latin
America Independently Analyzed by Annual Sales in US$ Million
for the Years 2010 by way of 2018 (includes corresponding Graph/Chart) II-88

Table 12: Planet Historic Assessment for Metal Cutting Tools by
Geographic Region/Country – US, Canada, Japan, Europe,
Asia-Pacific, Middle East/Africa and Latin America
Independently Analyzed by Annual Sales in US$ Million for the
Years 2004 by way of 2009 (consists of corresponding Graph/Chart) II-89

Table 13: Globe 14-Year Viewpoint for Metal Cutting Tools by
Geographic Area/ Nation – Percentage Breakdown of Dollar
Sales for US, Canada, Japan, Europe, Asia-Pacific, Middle
East/Africa and Latin America for the Years 2005, 2013 and
2018 (contains corresponding Graph/Chart) II-90

Table 14: Globe Current Past, Current and Future Analysis for
Metal Cutting Tools by Item Segment – Boring & Drilling
Machines, Gear Cutting Machines, Grinding, Honing, Lapping,
Polishing & Buffing Machines, Lathes, Milling Machines,
Machining Centers, Station Sort Machines and Miscellaneous
Metal Cutting Tools Independently Analyzed by Annual Sales in
US$ Million for the Years 2010 by means of 2018 (involves corresponding Graph/Chart) II-91

Table 15: Globe Historic Evaluation for Metal Cutting Tools by
Item Segment – Boring & Drilling Machines, Gear Cutting
Machines, Grinding, Honing, Lapping, Polishing & Buffing
Machines, Lathes, Milling Machines, Machining Centers, Station
Kind Machines and Miscellaneous Metal Cutting Tools
Independently Analyzed by Annual Sales in US$ Million for the
Years 2004 by means of 2009 (includes corresponding Graph/Chart) II-92

Table 16: Globe 14-Year Point of view for Metal Cutting Tools by
Solution Segment – Percentage Breakdown of Dollar Sales for
Boring & Drilling Machines, Gear Cutting Machines, Grinding,
Honing, Lapping, Polishing & Buffing Machines, Lathes, Milling
Machines, Machining Centers, Station Type Machines and
Miscellaneous Metal Cutting Tools for the Years 2005, 2013 and
2018 (contains corresponding Graph/Chart) II-93

Table 17: Globe Current Past, Current and Future Analysis for
Boring & Drilling Machines by Geographic Area/Nation – US,
Canada, Japan, Europe, Asia-Pacific, Middle East/ Africa and
Latin America Independently Analyzed by Annual Sales in US$ 
Million for the Years 2010 by way of 2018 (involves corresponding Graph/Chart) II-94

Table 18: World Historic Assessment for Boring & Drilling Machines
by Geographic Area/ Nation – US, Canada, Japan, Europe,
Asia-Pacific, Middle East/ Africa and Latin America
Independently Analyzed by Annual Sales in US$ Million for the
Years 2004 by way of 2009 (consists of corresponding Graph/Chart) II-95

Table 19: Globe 14-Year Point of view for Boring & Drilling
Machines by Geographic Area/ Country – Percentage Breakdown
of Dollar Sales for US, Canada, Japan, Europe, Asia-Pacific,
Middle East/Africa and Latin America for the Years 2005, 2013
and 2018 (includes corresponding Graph/Chart) II-96

Table 20: World Recent Past, Present and Future Evaluation for
Gear Cutting Machines by Geographic Area/Country – US,
Canada, Japan, Europe, Asia-Pacific, Middle East/Africa and
Latin America Independently Analyzed by Annual Sales in US$ 
Million for the Years 2010 through 2018 (contains corresponding Graph/Chart) II-97

Table 21: Globe Historic Evaluation for Gear Cutting Machines by
Geographic Area/ Country – US, Canada, Japan, Europe,
Asia-Pacific, Middle East/ Africa and Latin America
Independently Analyzed by Annual Sales in US$ Million for the
Years 2004 by way of 2009 (includes corresponding Graph/Chart) II-98

Table 22: Globe 14-Year Perspective for Gear Cutting Machines
by Geographic Region/ Country – Percentage Breakdown of Dollar
Sales for US, Canada, Japan, Europe, Asia-Pacific, Middle
East/Africa and Latin America for the Years 2005, 2013 and
2018 (consists of corresponding Graph/Chart) II-99

Table 23: Globe Current Past, Existing and Future Analysis for
Grinding, Honing, Lapping, Polishing & Buffing Machines by
Geographic Region/Nation – US, Canada, Japan, Europe,
Asia-Pacific, Middle East/Africa and Latin America
Independently Analyzed by Annual Sales in US$ Million for the
Years 2010 by means of 2018 (contains corresponding Graph/Chart) II-one hundred

Table 24: World Historic Review for Grinding, Honing, Lapping,
Polishing & Buffing Machines by Geographic Region/Nation -
US, Canada, Japan, Europe, Asia-Pacific, Middle East/Africa
and Latin America Independently Analyzed by Annual Sales in
US$ Million for the Years 2004 via 2009 (involves corresponding Graph/Chart) II-101

Table 25: Planet 14-Year Viewpoint for Grinding, Honing,
Lapping, Polishing & Buffing Machines by Geographic
Area/Nation – Percentage Breakdown of Dollar Sales for US,
Canada, Japan, Europe, Asia-Pacific, Middle East/Africa and
Latin America for the Years 2005, 2013 and 2018 (contains corresponding Graph/Chart) II-102

Table 26: World Recent Past, Current and Future Analysis for
Lathes by Geographic Area/Nation – US, Canada, Japan,
Europe, Asia-Pacific, Middle East/Africa and Latin America
Independently Analyzed by Annual Sales in US$ Million for the
Years 2010 by means of 2018 (consists of corresponding Graph/Chart) II-103

Table 27: Planet Historic Evaluation for Lathes by Geographic
Area/Nation – US, Canada, Japan, Europe, Asia-Pacific,
Middle East/Africa and Latin America Independently Analyzed by
Annual Sales in US$ Million for the Years 2004 by way of 2009
(includes corresponding Graph/Chart) II-104

Table 28: World 14-Year Perspective for Lathes by Geographic
Region/Nation – Percentage Breakdown of Dollar Sales for US,
Canada, Japan, Europe, Asia-Pacific, Middle East/Africa and
Latin America for the Years 2005, 2013 and 2018 (involves corresponding Graph/Chart) II-105

Table 29: World Current Previous, Present and Future Evaluation for
Milling Machines by Geographic Area/Nation – US, Canada,
Japan

Read the full report:

International Machine Tools Industry


For much more data: 
Sarah Smith 
Research Advisor at Reportbuyer.com 
E mail: query@reporbuyer.com 
Tel: +44 208 816 85 48 
Site: http://www.reportbuyer.com





Hey guys welcome to watch initial video of several to come following my cnc milling machine conversion.
Video Rating: five / 5
Charlotte, NC (PRWEB) August 28, 2014
At IMTS 2014 Okuma will introduce its new LU4000 EX CNC lathe which utilizes two turrets, enabling two tools to work simultaneously, delivering approach flexibility as nicely as higher removal prices. This machine is outstanding for machining parts for the automotive business. At IMTS this machine will be shown cutting a camshaft utilizing Machining Navi for chatter reduction and tooling from Sandvik, a member of Partners in THINC.

The LU4000 EX incorporates a new 45° “box bed” with all box way construction, three point bearing assistance for the spindle, crown gear turret coupling for each turrets, two energy ranges and the Okuma THINC®-OSP control, offering a foundation for a long production life. This CNC lathe is Okuma’s most recent evolution of 4-axis turning in the ten-15” chuck class.

Important Functions of the LU4000 EX CNC Lathe

Max Turning Diameter: mm (in) Ø430 (Ø16.93) (upper turret)
Ø280 (Ø11.02) (decrease turret)
Spindle Nose Variety: A2-8
Main Spindle Speed Range: min⁻¹ 40~4,200
Milling Spindle Speed Range: min⁻¹ 45~6,000
X/Z Axis Travel: mm (in) 300 (11.81) / 740 (29.13) (upper turret)
195 (7.68) / 700 (27.56) (reduce turret)
Y Axis Travel: mm (in) 140[+/-70] (five.51[+/-two.76])

For far more info on Okuma’s LU4000 EX check out http://www.okuma.com/lu4000-ex and Okuma America Corporation booth S-8500 at IMTS 2014.

About Okuma America Corporation
Okuma America Corporation is the U.S.-primarily based sales and service affiliate of Okuma Corporation, a globe leader in CNC (personal computer numeric manage) machine tools, founded in 1898 in Nagoya, Japan. The business is the industry’s only single-source provider, with the CNC machine, drive, motors, encoders, spindle and CNC manage all manufactured by Okuma. Okuma’s innovative and reputable technology, paired with complete, localized service protection, permits customers to run continuously with self-assurance – maximizing profitability. Along with its sector-top distribution network (largest in the Americas), and Partners in THINC, Okuma facilitates top quality, productivity and efficiency, empowering the customer and enabling competitive advantage in today’s demanding manufacturing environment. For far more data, go to http://www.okuma.com or adhere to us on Facebook or Twitter @OkumaAmerica.

About Partners in THINC
Partners in THINC is a collaboration network of far more than 40 market leaders who come with each other to resolve difficulties and explore new productivity suggestions for genuine-globe producers. With the open architecture, Pc-based THINC®-OSP manage as its nucleus, Partners in THINC brings specialized equipment, experience and a commitment to give the best feasible integrated options to the finish-user. For a lot more data, visit http://www.okuma.com/partners-in-thinc.

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