Suba Tech Trading LLC

4 “Forgotten” CNC Machine Options

There are many different things to consider when purchasing a new CNC machine. Without a doubt, the parts to be machined will define and answer many of the questions that must be addressed. Do you need a grinder, mill, multi function or turning machine, is a sub spindle necessary, or do you need live tooling? These considerations will naturally be top-of-mind as you conduct your search.

CNC Router Machine

Popular options are typically considered ass well, such as tool touch setters for quick and accurate tool loading. ans spindle probes to aid in the setup of parts and on machine inspection for process control. But let's not forget some of the "forgotten" options that should be considered upfront, when your CNC machine is beging installed.

Consider These Options

Here are some of the items I often see people considering after their CNC machine is already installed – but perhaps they should be part of your initial order:

Chip Conveyer: The importance of chips being evacuated continuously allows many problems to be avoided. Chip buildup can be the culprit for accumulating heat in the machine. Sometimes dams will build up, and coolant not returned to the pumps, causing damage to tools and out-of-control processes. You might even experience overflow onto the floor, causing production to stop for inconvenient clean ups. A chip conveyor (such as those offered by LNS, a member of Partners in THINC) will prevent a multitude of problems.

Splash Gun: A splash gun is an often-overlooked option, because value is not immediately recognized. Certainly this does not directly contribute to manufacturing parts, but the indirect value is there. A splash gun allows the operator to quickly clean the machine. This helps extend the life of your CNC machine by eliminating the danger of removing chips with compressed air, which can lodge chips in places that are detrimental to the machine. The splash gun also addresses the safety issue of flying chips from uncontrolled air streams.

Mist Collector: Another option easily discounted is a mist collector. This helps keep the overall shop clean (we’ve all put our hand on a surface in shops that don’t use them and your hand sticks in place) also there is a great health benefit for your employees. Another benefit is keeping the mist inside the CNC machine reduced so a good visual monitoring of the process can be maintained.

Through-Spindle Coolant: Through-spindle coolant is commonly discussed but often discounted, because people believe there is only value when very deep holes are required. High pressure or even low pressure coolant directly on the tip of a drill or tap adds great improvements to its life and increases the speeds and feed rates that can be achieved. This also helps eliminate the need to use air to clean out blind holes.

These are a few things to consider, to make your employees healthier and more productive, and keep a cleaner environment. So opt in for the complete package and reap the benefits sooner rather than later.

Many of These options are available as a package solution from Suba Tech Trading LLC. Please contact us, or your local distributor, if you'd like help identifying the best options for your shop. 

Part For CNC Machine.

CNC Machine Spindle 

   

Servo Motor 

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Post By : Irfan Khan

Suba Tech Trading LLC

CNC Laser Machine SB6040

CNC Laser Machine SB6040

Detailed Product Description

Suitable for cutting and marking plastic, wood, paper, leather, acrylic, horn, fabric fiber and composite material, etc. It could mark on stone, chinaware, glass, two-color board and alumina, etc. Support bitmap marking, grade marking, vector cutting and laser drilling.

DESCRIPTION  For CNC Laser Machine SB6040.

1.Working Size: 60x40cm

2.Engraving area: 60x40cm

3.Laser Power: 60W

4.Cutting speed: 0 - 15,000mm/min

5.Resetting positioning accuracy: ±0.1mm

6.Power supply: AC 110 - 220V ±10%, 50 - 60Hz

7.Operating temperature: 0 - 45°C

8.Operating humidity: 8 - 95%

9.Minimum shaping character: English 1 x 1mm

10.Graphic format supported: DXF, PLT, DXP, and AI

11.Driving system: Stepper.

12.Cooling mode: water-cooling and protection system

13.Auxiliary equipment: Exhaust-fans, air-exhaust pipe,

14.Controlling software: DSP control system

15.Compatible software: CorelDraw AutoCAD Photoshop

16.Net Weight: 180KG

17.Applicable industries: Advertisement, arts & craft, leather, toys, garments,model, computerized,embroidery, & clipping.

System Characteristics.

1. Mini, high cutting speed, high precision.
2. Fly light path, lift worktable.
3. Red light preview.
4. Adopt imported high class motor, Japanese high accurate belt and belt wheel,
imported slide-rail in order to guarantee high precision in high speed movement.
Max. Cutting speed 500mm/m, marking speed 1500mm/m, repetitive positioning Precision.
5. Consist of optical system, motor system, control system, fume exhaust system,
blow-through fan system and focus positioning device. Optional accessory:
beehive absorption table. Front door and back door could be open.

Note: Guarantee: 12 months limited guarantee from the date of Installation.

For More Information and details you can contact Suba Tech

Sample For cnc Laser Machine..

Cnc Laser Machine 

Cnc Laser Machine

Cnc Laser Machine 

Cnc Laser Machine

Cnc Laser Machine

Parts For CNC Laser Machine SB6040

Laser head and motor, honey combo

Laser Head and Honey Combo

Motor and lift table

Blower

Tool box

Operation screen 

Note:

 Guarantee: 12 months limited guarantee from the date of Installation.

For More Information and details you can contact Suba Tech

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Post By:Irfan Khan

Suba Tech Trading LLC

CNC ROUTE  SB1325 F8-Z-MX

CNC ROUTER MACHINE SB1325

PERFORMANCE Features.

  Innovative design and high precision machining improves the machine  performance 50% higher than previous model. stronger stronger, user friendly    processing table improves production efficient.

Description of Machine 

X Y Z Axis working area: 1325*2500*200mm.

Table Surface:Vacuum Working Table, with 5.5KW Vacuum Motor.

Control System: DSP Control System

Software: UCAM CAM Software

Spindle: 9 KW HQD air cooling spindle Automatic Tool Changer

Motors:Servo Motors

Bits:8 pieces ATC Bits.3 included in price

Accessories:Dust Collection System.

Tools:Tool Box for machine maintenance.

Machine Size:2000*3500*1750mm approximately.

Softwares: Compatible Artcam, Type3, Coreldraw, and CAD, CAM design software, 3D Max                              Software.

Total Weight:3.0 Ton

4.5 kw air cooling spindle(china Italy joint venture product)

 

 Bed, gantry steel seamless welding, machine high temperature aging treatment, strong rigidity and deformation. Mesa, etc. Parts of the industrial casting parts, stable performance, not deformation, long service life.

Applications: MDF, Acrylic, wood, foam etc.

•     Machine with one year warranty, except consumable parts.
•   SUBA offers free fixing and training in UAE; if Client is outside of UAE, client need supply visa, ticket, and accommodation for the technician...

website:www.subauae.com

post by: Irfan Khan.

Suba Tech Trading LLC

Q1.What Is laser Cnc Machine ?  How It Work ..Which Company is Best For laser Machine.?

Laser cutting is a precise method of cutting a design from a given material using a CAD file to guide it. There are three main types of lasers used in the industry: CO2 lasers Nd and Nd-YAG. We use CO 2 machines. This involves firing a laser which cuts by melting, burning or vaporizing your material. You can achieve a really fine level of cutting detail on with a wide variety of materials. Bare in mind that CO 2 lasers can’t cut metals and hard materials, they can however engrave them.  

 Basic Diagram for Cnc for laser Machine  

CNC Laser Machine 

  Laser head and tolerance The beam is emitted from what’s called the ‘laser tube’ and is reflected by several mirrors up into the ‘laser head’ (like a periscope.) Within the head is a lens that finely focuses the beam onto the material surface for cutting or engraving.

The kerf refers to how much of the material the laser takes away when cutting through. (the width of the groove made while cutting.) This varies from material to material and is also dependent on the laser beam tolerance i.e. the width of the beam. All our machines have a very fine tolerance..

Step 1. Preparing your artwork

You send us your artwork and we check to see if it is fine for the laser cutter and the material you would like to cut. The machine reads vector strokes of hairline thickness in red or as thin as you make them.

Step 2. We'll configure the laser cutters settings

System In Computer 

We lay your chosen material in our machine bed and configure the machine to cut your artwork. We adjust the Power, Speed and Frequency to suit your specific material. We have 3 laser cutters in our studio. The maximum sheet size we can cut is an enormous 2400mmx 1200mm.

Step 3. We process your job

Design from CNC Laser Machine 

The machine will then follow the path of your drawing strokes to cut out the components you have drawn. Depending on the material, we usually use a protective backing during the laser cuttingprocess that can be peeled away after the cutting is complete. This protects the surface from heat and burn marks.

SUBA Tech Trading LLC 

CNC Laser Machine 6090

 CNC laser engraver machine is designed for advertising decoration and other industry. The cutting and engraving speed both are high.adopt import linear rail and guide, it moves smoothly. As well as the advanced DSP control system, 3 phase stepper motor, stable driver, which ensures the high precision cutting and engraving at a high speed, no need secondary processing the depth of work could adjust automatically either.

cnc laser 1325

CNC laser engraver machine is designed for advertising decoration and other industry. The cutting and engraving speed both are high.adopt import linear rail and guide, it moves smoothly. As welll as the advanced DSP control system, 3 phase stepper motor, stable driver, which ensures the high precision cutting and engraving at a high speed, no need secondary processing the depth of work could adjust automatically either.

Laser Tube 

laser Tube

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Post By: Irfan Khan

5 Tips for Purchasing That First CNC Router

5 Tips for Purchasing That First CNC Router

Five important tips before purchasing a CNC router, or any woodworking machinery:

Cnc Router Machine 

• Before purchasing a CNC router, or any piece of woodworking machinery, to visit existing users and get a firsthand account of the machine and see how effective it’s been for them.

• Another way to gain insight about the machine is by receiving a demonstration either in-person or online. This is the best way to understand how the machine works and see it complete a job.

• Also when buying a piece of equipment such as this, getting the right training is pivotal. Having someone who is trained to operate the machinery and be able to articulate the process of using it to complete a job, can determine whether buying the equipment was the right decision or a mistake.

• Moreover, access to support regarding any problems or questions that arise after buying the machine should be included.

• Before spending any amount of money, know how much spare parts will cost because it’s almost guaranteed that something will breakdown on this type of equipment. Allocating enough money to buy this machine is one thing, but it’s a whole other story when unforeseen damage occurs.

CNC Router vs. Machining Center

Understanding the differences between these two machines is crucial depending on the type of job that is desired. A CNC router is designed to handle jobs that require smaller depth of cuts. This machine cuts with higher RPM’s and can be used on wood, plastic composite, and aluminum. In contrast, a machine center handles heavy-duty jobs that require deeper cuts. A machine center has a rigid frame that can withstand the pressures of cutting thicker materials, and they can cut ferrous and non-ferrous metals, and metal castings. Lastly, it’s important to note that machine centers require
more pre-processing than CNC routers. 

Batch Processing

This is used when a job demands multiple programs to run consecutively or simultaneously. In addition, it services jobs that will be time consuming or might take longer than expected. In these cases batch processing is able to complete the job with a minimal amount of human interaction. 

Machining Tips 

Knowing the difference between diamond and solid carbide tooling and which blade is used for which material, whether it’s solid wood, plywood, plastic composite, etc. is a key determination when a machine has been chosen. For example, when cutting barca wood using solid carbide tooling is the right choice because if a diamond tip blade is used it will get damaged. 

Wood Industry 4.0

The fourth industrial revolution is upon us. It’s taking place at this very moment. The next leap forward in the wood industry is integrating the entire production process from start to finish and automating it. Incorporating robotic equipment is becoming increasingly common among industry leaders.

What’s next? The possible next step in the evolution of the wood industry is data acquisition. This will let the operator know ahead of time how long a piece of equipment will last before it breaks down. The type of data that will be collected is tool usage. The operator will now know ahead of time when a given bit in the carousel or blade will breakdown. It will provide cycles and hours the tool has been in use and the operator can decipher when to replace that tool.  

 Woodworking machinery manufacturers were queried regarding frequently asked questions on using and purchasing CNC machining centers for manufacturing furniture, cabinetry, millwork and more. Here are their answers.

Q: With all of the CNC routers available in the market today, what makes a CNC router different from another?

A: CNC routers for the most part are built with a lot of similarities when it comes to the mechanics. They all use motors to drive the different axes, steel/aluminum for the construction and have some sort of spindle/router to machine the parts. It is interesting to note that the substantial benefits of a smart router are not in actually cutting parts, but in all the details required to cut parts. Most companies considering a router for the first time do not realize that the vast majority of their cost will not be running the router, but instead, will be in a myriad of details required to run the router. Preparation, programming, hold down, procedures, sorting, scrap, assembly and error handling are the main cost areas. Ordinary routers do not focus on these areas. They rely on the user to take care of them and usually it’s not all that easy. The operator must be both skilled and well trained to work within the limits of these systems. Smart routers address these areas in a big way by utilizing a high-end control. They address the areas where you spend the most money because that’s where you can make the most money. – submitted by Thermwood

Q: What should I look for in a machine ?

A: First you need to thoroughly examine and prioritize your requirements in a machine. The questions you need to ask yourself are “how important to me is precision, finish, productivity, tool life & price?” Raising and addressing these questions will help narrow the field. The price question should be addressed last; it will pretty much answer itself once the other questions are addressed. The day after the machine is put in operation the purchase price is all but forgotten; performance and productivity are the criteria by which this investment will be judged daily, for the rest of the machine’s life. Ultimately the question to answer is what is my cost per part? Have I lowered the cost by increasing quality, increasing tool life, increasing throughput, increasing productivity (reducing the time/labor required to produce each piece)? — submitted by KOMO Machine Inc.

Q: Nested based or cell manufacturing?

A: This requires a review of a series of question, what products are being produced, construction method, production requirements today and future, present equipment, facilities, software and what growth do you envision on for your company, among others. There is no simple, easy answer. It requires a well thought out review with you, your team and your machine builder partner. Anyone providing a simple immediate answer is not looking out for you present and long terms needs. – submitted by Holz-Her US Inc.

Q: How can I process a narrow rail?

A: The vacuum clamping system can be equipped with mechanical clamping devices in place for the vacuum cups on the machine. You can then process the part without any limitations. – submitted IMA

A. The most common question we always heard was do I buy a pod and rail machining center or a flat table router. Now we are most commonly asked: Do I buy a pod and rail CNC machine, a flat table router or a vertical machining center? The great news is that consumer choices have never been greater. - submitted by Stiles Machinery

Q: How difficult is a CNC machining center to program and operate?

A: Nowadays, thanks to modern programming systems it really is very easy to create complex programs. It is all done with interactive 2D or 3D graphics with no manual coding required. The actual machine operation is also much easier than it used to be. For example, our controller has a ‘Smart Console’ hand-held interface which uses a clever context sensitive menu system to guide the operator at all times. It even has a graphical display which provides useful program verification and editing before actual running. – submitted AXYZ

Q: What software should I buy for the machine?

A: When you look at a quality machines you will have enough software on board to allow you just about any design you can imagine. Don’t jump in with both feet and buy costly software packages without even being comfortable with the machine. Once you have run the machine you will understand and know more and then can make a more educated decision on the extra software you might need. Any good machine manufacturer would have contact with the different software companies and most of the time incorporating that software into the use of the machine is not a problem at all. – submitted by Felder USA

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post by : Irfan khan 

Development News

Development News

 At DCPL's new maker space, motto is "if you build it, they will build it"

Tools

Actually, stuff all over the new "maker space" in a small room at the Martin Luther King Jr Memorial Library downtown is emblazoned with "We break it better." But the motto really ought to be different.
Not that folks aren't going to be allowed to break things. With a complement of power tools, 3D printers and actually-kinda-dangerous machinery, the "fab lab" is soon to be open to the public so that anyone with a library card--under supervision and with appropriate training--can use DCPL's tools to design prototypes, invent products or just get their hands dirty.

A few hundred people have taken a general safety orientation for the fab lab (sign up here). Unfortunately, the general orientation is just step 1: interested "makers" have to then sign up for an individual orientation for each machine they'd like to use, and those orientations aren't yet being offered. (The library is "on the verge" of being able to offer those classes, says Joseph Koivisto, a library associate within the library's Digital Commons division, so folks should stay tuned.)Still, the investment is not insignificant, and the logistical hurdles are soon to be overcome.Koivisto showed Elevation DC around last week.

                               These dinosaurs were cut out of cardboard with the library's laser cutter.....

Some of the tools you can use include CNC routers - The Handibot and Roland MDX-40 are similar products - both are considered CNC routers, or in other words, machines that take a digital design and cut shapes into wood or plastic. The Roland is a bit more "professional" (and expensive). To get access to a Roland at a normal prototyping shop usually costs a thousand dollars, Koivisto says. "We're letting people use it for free."
What would you make with one of these? Think wooden puzzles, signs, or just designs engraved onto wood.

A laser cutter, with a laser powerful enough to etch glass, stone, wood or metal (or cut all the way through paper or cardboard) is useful for making high-precision designs or just these dinosaurs.
Around the same time DCPL also unveiled its Studio Lab, which contains pro-level audio and video equipment. (And an electronic drum-kit, complete with 3D printed drumsticks.) "You could conduct a full broadcast in here," Koivisto says of the video room equipped with cameras, a green screen, microphones and lighting. The Washington City Paper rightly pointed out that some of this equipment is less useful if you don't have a sound engineer or a helpful cinematographer. But if you're just messing around--or if you're a teenager with limited resources anyway--the lab is a welcome resource.
"People always rise to the occasion," Koivisto says. "I guarantee you every one of these rooms will be booked."
A wire bender could be used for art projects or robot parts.

Multiple 3-D printers - to turn any 3-D design into reality. 

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How not to promote economic equality

How not to promote economic equality

US presidency (Democratic) aspirant Hillary Clinton

At the Washington Post, Max Ehrenfreund argues in 'Hillary Clinton's top goal as president could be effectively impossible to achieve' (July 20) that Hillary Clinton may be hampered in her stated goal of raising middle-class incomes and reducing economic inequality by factors beyond her control. These factors include forces such as "technological automation and globalisation," which -- along with competition from Chinese manufacturing -- have devalued semi-skilled labour and driven down wages

But the real problem is not that these things are forces of nature like glaciers or continental drift, beyond our control. They're the result of a system of power that promotes certain institutional arrangements, because those arrangements serve the interests of those who control the system. The problem is that Clinton is a part of that system of power and she shares its underlying assumptions. She is willing to do whatever she can to reduce economic exploitation to sustainable levels -- but not to alter fundamental power relations.

All of Clinton's policy proposals accept as normal a system of political economy dominated by a few hundred giant corporations in a symbiotic relationship with the State, in which full-time wage employment under the direction of a managerial hierarchy is the normal means of livelihood.

But globalisation and automation are problems for workers precisely because they take place within this corporate framework. The problem is not that new technology is reducing the need for labour; the problem is who owns the machines. The most notable aspect of recent technological development is the radical cheapening of manufacturing technology, and the rapid shrinking of the optimal scale of production. A garage factory with US$20,000 worth of open-source, table-top computer numeric controlled (CNC) drill presses, lathes, routers, laser cutters, 3-D printers and scanners, induction furnaces, circuitry printers, etc, can produce goods that would have taken a multimillion-dollar factory a few decades ago.

Technological unemployment is a problem, I repeat, only because of who owns the machines. The technology itself is ideally suited to worker ownership and control. The industrial model of wage labourers working in an absentee-owned factory originally came about because of a technological shift from affordable, general purpose craft tools owned by the workers who used them, to extremely expensive large-scale production machinery that could only be owned by the very rich -- who hired poor people to work them. Today we're experiencing a reverse of that transition, with a shift back to cheap, high-tech craft machinery.

The reason the new technology hasn't been incorporated into an economy of worker-controlled neighbourhood factories is that the old corporate dinosaurs, in league with the State, use "intellectual property" and other forms of State-enforced artificial scarcity to enclose the new technologies of abundance as a source of rents for themselves, within a corporate framework.

Globalisation, including the offshoring of production to contractors in China, is likewise a problem because of who possesses the decision-making power. As an increasing share of production takes place in small job-shops instead of mass-production assembly lines, global corporations outsource actual production to such independent contractors. The corporate headquarters themselves do little more than handle mass marketing and retain control of the "intellectual property", which enables them to enforce a legal monopoly on disposal of the product even though they don't actually make anything any more. Because of increasingly draconian global "intellectual property" accords, companies like Nike can outsource the actual production of shoes to independent factories for a few bucks a pair, and then sell them on the shelves at Walmart for US$100 or US$200.

It would be far more efficient for such job shops in China, owned by the workers, to produce shoes for the local market and sell them for a few bucks a pair -- and for Americans to get their shoes from similar garage shops in their own communities.

The logic of technological progress is a world of small manufacturing shops, owned and operated by the workers themselves, working ten or twenty hours a week with open-source machinery to produce open-source goods for their own communities, and easily being able to afford a comfortable standard of living with their earnings from such short workweeks. That is the logic of abundance

But Hillary Clinton and the Democratic Party are dedicated, every bit as much as the GOP, to the logic of artificial scarcity, enforced by the state in league with capital.

Kevin Carson is a senior fellow of the Center for a Stateless Society (c4ss.org) and holds the center's Karl Hess Chair in Social Theory. He is a mutualist and individualist anarchist whose written work includes Studies in Mutualist Political Economy.


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post by : Irfan khan