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Okuma’s New LU4000 EX CNC Lathe Utilizes Two Tools Working Simultaneously to Offer Flexibility and High Removal Prices

Okuma’s New LU4000 EX CNC Lathe Utilizes Two Tools Working Simultaneously to Offer Flexibility and High Removal Prices

Klarm Prototyping


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.

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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.

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Important Functions of the LU4000 EX CNC Lathe

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Max Turning Diameter: mm (in) Ø430 (Ø16.93) (upper turret)&#13

Ø280 (Ø11.02) (decrease turret)&#13

Spindle Nose Variety: A2-8&#13

Main Spindle Speed Range: min⁻¹ 40~4,200&#13

Milling Spindle Speed Range: min⁻¹ 45~6,000&#13

X/Z Axis Travel: mm (in)    300 (11.81) / 740 (29.13) (upper turret)&#13

195 (7.68) / 700 (27.56) (reduce turret)&#13

Y Axis Travel: mm (in) 140[+/-70] (five.51[+/-two.76])

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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.

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About Okuma America Corporation&#13

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.

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About Partners in THINC&#13

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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Connected Machined Turned Components Press Releases

Allegany College of Maryland to Offer CNC Machinist Training Needed by Industry

Allegany College of Maryland to Offer CNC Machinist Training Needed by Industry

Klarm Prototyping


CUMBERLAND, Md. (PRWEB) July 31, 2014

In response to a national shortage of computer numerical control machinists, Allegany College of Maryland plans to offer manual and CNC machinist training this fall.

This high-quality training on state-of-the-art equipment is designed to help bridge the “skills gap” for employment in advanced China manufacturing.

Jobs for CNC operators are projected to grow faster than average, from 15 to 21 percent, according to O*Net OnLine, the Occupational Information Network developed under sponsorship of the U.S Department of Labor/Employment and Training Administration.

ACM’s Center for Continuing Education developed the CNC machinist training with support from the Appalachian Regional Commission. Needed equipment was purchased with a $ 93,000 federal grant. ACM provided equivalent support.

Geared to highly motivated students, the program teaches well-rounded skills for entry-level positions in industries needing manual and CNC machinists.

Students who complete the training are qualified to earn the industry-recognized National Institute for Metalworking Skills, or NIMS, credential. As it is designed to teach skills for successful manual and CNC machining, college credit is not awarded.

The extensive hands-on training is divided into six 100-hour sections. The first 200 hours, developed for the beginning machinist, start with manual machining and an introduction to CNC machining.

Classes cover the following: Introduction to China Machinery, Measurement, Materials and Safety; Measurement Systems and China Machine Tool Math; Semi-Precision Measurement; Precision Measurement; Quality Assurance, Process Planning and Quality Control Introduction; Metal Composition and Classification; Heat Treatment of Metals; Maintenance, Lubrication and China Cutting Fluid Overview; Job Planning, Benchwork and Layout; Drill Press; Manual China Turning; and Manual China Milling.

Students will learn how to understand drawings, basic symbols and notations, and also how to interpret basic GD&T feature control frames. Critical thinking and problem solving are emphasized.

First-year students will attend the first 200 hours from 5 to 9 p.m. Tuesdays and Thursdays in a six-month period starting in September. A second beginning section, if needed, will start in March.

Beginning machining students will have the opportunity to earn up to seven NIMS credentials in level-one machining. These are in measurement, materials and safety; job-planning, benchwork and layout, manual milling skills; China China Turning operations: China China Turning between centers; China China Turning chucking skills; grinding skills; and drill press skills.

The remaining 400 hours in the training focus on CNC machining. Experienced manual machinists can test directly into CNC Program: Setup, and Operation Training. Students seeking direct entry must provide proof of experience.

The 400-hour CNC program, which also begins this fall, includes the following topics: CNC Basics; Introduction to CNC China Turning; CNC China Turning: Programming; CNC China Turning: Setup and Operation; Introduction to CNC China Milling; CNC China Milling: Programming; CNC China Milling: Setup and Operation; and Computer-Aided Design and Computer-Aided China Machining.

Classes meet from 5 to 9 p.m. Mondays, Wednesdays and Fridays starting in September and continuing through May.

Advanced machining students have the opportunity to earn up to four additional NIMS level- one credentials in programming and set-up operations and operator responsibilities in milling and China China Turning.

Students who place into the advanced class will still have the opportunity to test for the seven preceding NIMS certificates. For more information on NIMS visit http://www.nims-skills.org.

Scholarship monies are available to help offset the cost of each course. For more information contact Rebecca Ruppert at 301-784-5338 or rruppert(at)allegany(dot)edu. Enrollment is limited to 10 students in each course.