Suba Tech Trading LLC

CNC axis sharing innovation paves the way for more versatile machine tools
multiple CNC kernels can timeshare control of the same axes.

October 5, 2015 — NUM has launched an innovative new CNC axis sharing facility that will enable designers to create machine tools of unprecedented versatility and productivity. It provides a very flexible and efficient means of controlling a high number of functionally interrelated groups of motion axes, by using advanced dynamic resource allocation techniques to share control across multiple CNC kernels. Typical applications include multi-station production centres and rotary transfer machines with complex multi-role axis control requirements.

The new axis sharing facility further extends the flexibility of NUM’s high-end Flexium+ 68 CNC architecture by allowing the control of up to 32 servo drives to be timeshared by any of the CNC kernels in the system. Until now, it was only possible to share control of axes across the eight CNC channels of each individual Flexium+ 68 CNC kernel in a system. While this is more than adequate for most applications, some of the latest generation production machining centres and rotary transfer machines have a high number of stations, each typically comprising a multi-axis head (using the B and C axes) that is shared by several separate machining units in each station. Each machining unit is best served by having its own dedicated CNC channel, with control of the shared multi-axis heads being passed from one channel to another as the machine cycle progresses.

For example, a transfer machine with a main rotary table that has 12 stations, each comprising a dual-axis head that is shared with three machining units per station, would require a 36-channel CNC capability – one per machining unit. Each of these channels would need to control two shared axes, three local (or ‘fixed’) axes, and one or more spindles. All five axes of each machining unit must be fully interpolated, and the channel allocation of the two shared axes needs to change every time the rotary table indexes. This can now be achieved by using five Flexium+ 68 CNC kernels and axis sharing.

Each individual Flexium+ 68 CNC kernel accommodates any combination of interpolated axes or spindles – up to a combined total of 32 – and supports up to eight CNC channels. At any one time, each channel can control any of these axes or spindles and can either run its own part program asynchronously and operate autonomously (much as if it had its own dedicated CNC kernel), or it can be synchronised with any of the other seven channels. Control of the axes and spindles can be passed from one channel to another on-the-fly, to maximize use of hardware resources.

By using multiple CNC kernels and the new axis sharing facility, machine designers can now implement control schemes for virtually any type of machine tool, regardless of its complexity. The only system requirement is that all shared servo drives must be physically connected to the first CNC kernel in the system. NUM’s Flexium+ 68 CNC architecture is inherently scaleable and suitable for systems with more than 200 interpolated axes and spindles, and more than 50 CNC channels.

NUM’s market-leading Flexium+ CNC platform offers a choice of three configurations of CNC kernel, enabling machine designers to create cost- and performance-optimised control systems for a wide range of automation. In addition to the high end Flexium+ 68, the product series includes two configurations for less demanding applications. Flexium+ 6 has a single CNC channel, can control four interpolated axes and a spindle, and is designed for machines of low to medium complexity. Flexium+ 8 is designed for more complex applications; it provides two CNC channels, either of which can control up to five interpolated axes, or four interpolated axes and a spindle.

The Flexium+ platform is backed by powerful software. All CNC, servo drive, I/O, automation PLC and safety PLC functions are programmed using a single unified toolset. A fully customisable HMI allows users to add value to their machines, through improved ergonomics and touch-sensitive controls. NUM’s application support software covers a broad range of machining functions, including part grinding, tool grinding, turning, milling, gear hobbing, shaping and finishing, as well as water-jet, laser and plasma cutting. Many of these software packages are nowadays regarded by machine tool manufacturers and users as industry standards.

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Post By : Irfan Khan

Suba Tech Trading LLC

We also provide technical services for establishing new factory setup for glass toughening.

We also supply Triple Axes CNC Router which is able to cut various materials with great efficiency and speed including wood, plastic, foam, veneers and Aluminium etc. This CNC Router is also perfect for Three Dimensional Engraving with high deg. of accuracy on Marble, Granite, Sandstone, Artificial Stone, Aluminium, Brass, Copper, Bronze, Mild Steel, SS, wood, plastic, foam and veneers etc.

Glass Tempering Plant We are engaged since 18 years in the installation, operation and maintenance of CNC machines and computerized horizontal glass tempering plants as well as setting up of new Glass Processing Units and Tempering Furnaces. We provide satisfactory professional services for factory layout designing, machinery purchasing & installation, appropriate manpower. We also provide world class global maintenance service at very low & competitive cost.
CNC Glass Cutting M/C We are certified and authorized installation and Service Co-operator for an Italian CNC machine manufacturing group CMS SPA and we have ample experience of installation, operation and maintenance in India and abroad.

CNC Router This CNC Router is very useful and applicable for producing decorated and designer wooden doors, cabinet doors and furniture, sign making, acrylic cutting, model making.
It is fully capable of doing 3-D engraving on marble and stones with quality at par with European machines.

The USP of this machine is its LOW COST with high efficiency and work quality. Satisfaction guaranteed with all spares availability and global after sales service which is our USP. We already have installed 11 CNC Router cutting and engraving machines in India only just because of the sturdiness and the reliability of the machine along with the unmatched quality of producing accurately cut and beautifully carved material at a very fast speed.

Vacuum Membrane Press This machine is used for applying a uniform layer of lamination of PVC, decorative papers, and veneers up to 0.4mm on top surface & borders of flat and designed work piece having smooth shape. It’s capable of laminating PVC foil on one side of MDF, particle board & solid wood. Vacuum abnormity wrapping technology.



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Post by: Irfan khan

Suba Tech Trading LLC

    Cnc Router Machine.

Q. How Its Work Explanation.?

Cnc Router Machine Make Sunglass.

The next time you admire someone’s fashionable wood- framed sunglasses, you may be looking at a pair of stylish peeper enhancers created by teacher Mark Smith’s Industrial Technology class at Morris Community High School in Morris, Illinois.  Located at the suburban edge of Chicago, Morris High attracts students looking to enter the area’s booming manufacturing job market, with many planning to continue their career pursuits at a community or four-year college.  Of the sixty or so students enrolled in Industrial Technology, thirty are in Smith’s woodworking-oriented computer integrated advanced manufacturing program.  His classroom shop has a full complement of hand and machine tools.

Sunglass 

 Mark Smith is uniquely qualified for his position at Morris, currently completing his third year there.  Previously, he taught advanced wood manufacturing at Shiloh High School in Hume, Illinois, then spent two years managing a CNC and Shaper department in the wood products industry.  He is also Adjunct Professor of CADD (Computer Aided Design and Drafting) in the Technical Department at Joliet Junior College, the oldest public junior college in America.  He brings to his classes both academic experience and the hands-on knowledge of the ins-and-outs of today’s advanced manufacturing workplace.

First Design in Desktop 

Stand Ladder

 Students begin the program with a course entitled Orientation to Technology.  Here, they are given their first taste of everything the Morris Industrial Technology/Pre-Engineering program has to offer.  They begin developing skills in record keeping, safety, material selection and handling, precision measurement, problem solving, computer design, prototyping and finishing processes.  They are given exposure to software programs like Mastercam® (CNC Software, Inc., Tolland, CT) and learn to use manual equipment as well as advanced CNC equipment.  Students, usually freshmen or sophomores, are given a footstool project to gain practical experience.  After cutting out the parts using manual equipment, they bring them to a Laguna CNC router to achieve the final machining.  Using Mastercam to program the toolpaths for one of the twenty designs available to them for the top of the footstool, they watch the router automatically bring the design into reality, whetting their appetites for more complex projects like the long board project where they create their own design.

Cnc Router Make

 Once the students have become comfortable with the basics, they move on to the CADD course where they become familiar with various utilities and learn how to create designs with modern CAD software.  The next step is the Manufacturing 1 class where the students use hand tools and small power tools to create an acoustic guitar.  Also covered in the classes are the general concepts and programming procedures using G- and M-codes and students get hands-on experience setting up the router.  Stressing the ability to apply math, science and design concepts to complex problems, according to the Morris syllabus the classes are designed to prepare students for the world of work, advancement to a local community college, or a four-year university under the umbrella of engineering and manufacturing.  “One of the more interesting projects a student tackled at this stage,” says Smith, “is a flat-pack bed frame.  A series of slats force the sides out wider and wider to become a rigid frame for a single bed.  It’s designed to pack flat, hence the name, and no tools are required to put it together or take it apart.  The frame is created as a solid first, to get all the geometry correct.  Then, the toolpaths are programmed in Mastercam.  A special 3D fixture is also created to hold the sides in a curved position for CNC machining on the router.”

wood cutter and Engraving 

 Mastercam programming software for the router includes everything needed for students to rough and finish machine their projects, including contouring, drilling and pocketing.  Students can choose multiple roughing and finishing passes and multiple depth cuts for any contour and can easily machine 2D and 3D contours including parametric splines.  In drilling operations, the software lets students automatically identify and pre-drill multiple operations at their plunge points, while the auto drilling feature lets them create complete cycles of drilling operations on sets of holes, even with different diameters.  “Mastercam software gives our students an extensive range of capabilities with the router,” says Smith, “resulting in a beautiful finish to their projects and boosting their sense of accomplishment.”  Students can create contours, pocket walls, and pocket islands, including islands of different heights, while smart pocket depth control for thin-walled pockets lets them machine depths without retracting, or machine all cuts in a single area before moving to the next.  The Dynamic Milling feature creates an active toolpath that delivers more consistent cutting conditions and allows the use of the entire tool flute.

Table

 Continuing on to their Manufacturing 2 courses, students develop additional skills in business fundamentals, teamwork, leadership, marketing, planning, organizing and decision making while they gain knowledge in methods of joiner operations, finishing, and the selection and installation of hardware.  Students design, problem solve, prototype and produce an advanced product on the CNC router.  “Projects in this phase of their course of study include entertainment centers for flat-screen TVs,” says Smith.  “They do all the creation of additional design work and programming in Mastercam.

 In Production1 and 2 classes, students learn the concepts of corporate structure, research and development, just-in-time (JIT) mass customization, and servicing.  They also expand their portfolio of work with a variety of projects.  “We are very fortunate to have a great deal of interest and support from various manufacturing companies in the community,” says Smith.  “For example, Laguna Tools donated the CNC router, and we continue to receive tooling, materials, adhesives, hardware, and finishes that allow for expanding the scope of projects.  Each year, Taylor Guitars® has given us about $25,000 worth of guitar parts and rough lumber and the students have produced some one hundred fifty acoustic guitars in the past three years.  They look and sound like professional guitars you would buy in a music store and the level of pride the students feel when they take their guitar home is ‘off the charts’.  The parts are considered ‘irregular’ by Taylor standards, but I have trouble finding irregularities and the students can never find them.  Remember, premium guitars from Taylor can run as high as $15,000.  All we have to provide are some materials such as sandpaper, glue and finishes.  Everything else comes from Taylor.  The guitars are being added to the CNC program so we’ll be able to use Mastercam to program the toolpaths for creating the rounded necks with the Laguna router.”

Now, about those wood sunglass frames.  While Mark Smith was at Shiloh, he was approached by iWood Eco Design® of Louisville, Kentucky, to help them develop their wood-based sunglass frame line.  Smith and his students started the venture with aircraft-quality quarter-inch reclaimed panel product, supplied by iWood Eco Design, that comes from luxury business jets and features exotic veneers such as ebony, teakwood, bamboo, and zebrawood.  With toolpaths for various designs programmed with Mastercam, the selected wood is cut out and edged on a CNC router, steamed to make it pliable, and formed using wooden molds made in the class.  When dry, the frames are sanded and finished.  “iWood Eco Design has now come here to Morris,” says Smith, “and asked that I continue the line with my students.  They brought to Morris all their molds, materials, tooling, and equipment that had been at Shiloh.  The students will be expanding the line with new designs, even some wood temples to offer choices beyond their imported Italian metal temples.”

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post by : Irfan Khan

Suba Tech Trading LLC

#Subatech

 Automatic & Spraying Turn Machine.

 Automatic & Spraying Turn Machine.

  SUBA-FP2400 spraying machine (wooden door special)

Performance Features.

• Automatic positioning device to facilitate the production.
• operator only two general workers, 70 to 100 square meters per hour, can be sprayed.
• computer precise control of the gin movement lines, spray evenly, saving paint;
• the man with the gun is completely isolated, effectively protect the health of emplyees;
• unique design, so that the gun can be a multi-angle activities,a variety of side, arc shaped surface can be easily spray;
• machine standard with two guns and can hold up to four gun.

NOTE: can produce customized product as  your requirement.

Model and Specification

1. MODEL :                      5mx1.2mx0.4
2. Spraying gun speed: 0-100m/min
3. Total power:               4kw
4. Air pressure:              6mpa
5. paint type:                  PE,PU,NC,UV,AC Water based lacquer
6. Overall size:                2mx2.5mx2.5m

For More Details Connect Suba Tech Trading.

Website: www.subauae.com

Post by: Irfan Khan.