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Updated by Steven Glassner on Jul 19, 2018
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Alternative Parts Products

Alternative Parts Inc. is the manufacturer and distributor of replacement parts for Amada Machinery and laser parts of leading brands like Trumpf, Mazak, Bystronic, Prima Power, LVD Strippit, Mitsubishi, Cincinnati and Fanuc.

Source: http://www.altparts.com/

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Amada Alternative Parts

Amada Alternative Parts

Buy Amada spare parts including used motors, used press brakes, punch press, laser, shears and more amada America equipment at discounted prices.

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Amada Shear Blades

Amada Shear Blades

Alternative Parts Inc. has Shear Parts and Blades, other machine replacement parts and accessories. Products manufactured as per original OEM specs.

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Trumpf Laser Replacement Parts

Trumpf Laser Replacement Parts

Buy online Trumpf nozzles, bellows, optics, lenses, sensor heads, cables and other Trumpf spare parts at discounted prices at Alternative Parts Inc.

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Trumpf Consumables and Spare Parts

Trumpf Consumables and Spare Parts

Buy Trumpf Consumables and Spare Parts, other machine replacement parts & accessories at 10-70% discounts. Products manufactured as per original OEM specs at Alternative Parts Inc.

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LVD Laser Spare Parts

LVD Laser Spare Parts

Shop online LVD nozzles, bellows, optics, lenses, sensor heads, cables and other LVD laser spare parts at cost effective prices at Alternative Parts Inc.

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LVD Strippit Laser Consumables

LVD Strippit Laser Consumables

Buy LVD Consumables and Spare Parts , other machine replacement parts and accessories at 10-70% discounts. Products manufactured as per original OEM specs at Alternative Parts Inc.

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Mitsubishi Laser Parts

Mitsubishi Laser Parts

Buy c nozzles, bellows, optics, lenses, sensor heads, cables and other Mitsubishi spare parts machine accessories at competitive prices at Alternative Parts Inc.

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Mitsubishi Laser Consumables

Mitsubishi Laser Consumables

Alternative Parts Inc. has Mitsubishi Consumables and Spare Parts, other machine replacement parts and accessories. Products manufactured as per original OEM specs.

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The Functional Aspects of Laser Technology

The Functional Aspects of Laser Technology

As a child, I remember playing with toy laser guns where a ray of red light was emitted to whichever direction I pointed. That seemed fun then but little did I know that it carried a vast importance. The user of laser technology is not limited to one field only, it is multi-dimensional.

Over the span of a decade, we can say that laser technology has become omnipresent. You can perceive its presence in various fields ranging from manufacturing to healthcare to telecommunications to name a few. To begin with, lasers are used to create the glass that are mobiles / laptops are coated with. Apart from that, laser technology is a life saver in the field of medicine to improve our longevity. Our vehicles have airbags that are useful in case of accidents. These airbags are welded using the cutting-edge laser technology.

Advantages of Laser Technology

The reason many industries are turning their backs to laser technology is because of the varied advantages it has to offer. Using the laser technology, you can simplify the cutting by giving the metals the desired shape and size. In fact, laser cutting is the most popular method for metal shaping. The intricate details of the metal are sure to be maintained using this technology.

No Additional Expense

With the advent of laser technology, the accuracy in metal cutting gained momentum. What else? It is flawless and does not need the expense of hard tools. Another important aspect is the speed with which it cuts through the metal. This technique is swift and does not leave leftovers behind.

No Industrial Waste

Consider using the traditional ways of cutting metals! Laser technology eliminates waste and gives a sheen to the finished products. Before laser technology was introduced, the finished products lacked the precision. Soon after the customers welcomed lasers, along with speed, the finished products turned out to be impeccable and flawless.

Customization Available

Well, there’s more. Laser cutting offers the end user a scope to customize their end products. Using the concepts, you desire, the metal sheets can be cut into any shape and size, drilling smaller or big holes. However, care must be taken to use superior quality laser consumables to attain good output.

We would recommend you to go for options like the Mitsubishi laser parts that are known to derive outputs par excellence.

No Dissembling Required

Oftentimes, despite calculated risks, we realise we have to incorporate a few changes within the metal product. Do you think we need to dissemble every part and remake the entire product again? No! It is now easy to make changes within the software itself that will carry out the changes with ease. Tools utilised in such cases play a pivotal role, hence that should not be overshadowed. Tools such as Amada machine replacement parts are a win-win choice for end customers as well as manufactures.

Talking about the functional aspects of laser technology, industrial cutting involves the cutting of heavy metal sheets. The metals involved can be ranging from steel, tungsten, nickel, aluminium, brass, etc. Industries in some way or the other deal with metals, malleable or otherwise. Let us delve into some benefits that laser technology has to offer below.

Laser Technology is unique in its own way and opens arms for production that can add value to the manufactures. Due to the high speed, laser technology is able to produce more products, that have stand through to quality along with quantity. With the tech era, you can forget the age old traditional methods of welding and cutting. Laser technology calls for high productivity with low maintenance costs.

Conclusion

With the new generation embracing the cut-throat competition, laser technology would be an ideal choice for every industry to carry out their chores efficiently. Follow the above-mentioned guidelines with your profession this year and you are sure to have a successful business. Keep reading this space for more.

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Everything You Wanted to Know About Laser Cutting

Everything You Wanted to Know About Laser Cutting

We have already read a brief information about how important laser technology has evolved to be. Today, I will be giving you insights on what laser cutting means. Not only that, we would also be talking about the pros and cons involved in the cutting of metals using the laser technology. As we all know, cutting of metals is a significant part of metal fabrication.

For any metal to have its desired shape and size, we need to mold it as well as shape it. This is where laser cutting comes into play. Accurate, fast, and precise – we can call laser cutting as a trending way of cutting metals today. With proper use of good quality laser parts like Precitec laser parts, we can make the laser cutting process effective and efficient. But as the proverb goes – there are two sides of a same coin. Similarly, every process has some pros and cons associated with it.

Let us first have a look at the brighter side of the picture. The advantages of laser cutting are as follows:

Advantages of Laser Cutting Process

  • As the name suggests, laser cutting is swift and accurate. In comparison to other traditional methods of cutting, laser cutting is automated and fast.
  • We can avoid physical damage in case of laser cutting since this activity is mechanical. Unlike the old methods wherein the risk of getting cut was intense.
  • We obtain intricate and sharp cuts with the help of laser cutting. They are accurate and can be molded into any shape and size as desired. It’s for the very reason that laser cutting is a preferred choice for many industries.
  • As the process of laser cutting is mechanical, we can avoid the chances of metal to metal contamination.
  • In traditional processes where heat becomes the weapon to cut metals, the edge of the metal usually deforms to some extent. Laser cutting gives you a fine edge metal cutting.
  • Laser cutting process requires less energy for cutting the metals than other traditional methods. Now, let’s move on to the other side of the coin. Yes, the pitfalls of laser cutting.

Disadvantages of Laser Cutting Process

  • Even though laser cutting is sharp and precise, it consumes high amount of energy in comparison to any other methods.
  • The laser beam with which the laser cutting is carried out is fragile to handle. To err is human but can cause fatal damage to the metal in case the temperature is not maintained.
  • The laser beam can cause excruciating pain if it hurts any worker. It can cause burns that can take longer to heal.
  • Laser cutting is still not capable of cutting thick metals.
  • This process of cutting is not feasible for every metal.

We have a slight knowledge about the pros and cons of laser cutting. However, do we know how laser cutting functions? Let me guide you here!

Revelations Made – The Process of Laser Cutting

To simplify the topic, laser cutting in brief is the use of laser to cut metals and give them desired shapes and sizes. It makes the metals agile and flexible, preferable for molding tough metals into complex designs. It is normally carried out using CNC machines using laser parts.

The laser works in close coordination with laser beams that are pre-programmed into the computer that is in sync with it. A focusing lens helps in concentrating the beams into a pin-point and as the super powerful laser comes in contact to the metal it melts or burns the parts of the metal to get the desired blueprint.

In general, there are three types of lasers deployed to assist in cutting namely CO2, Nd, and Nd-Yag. We can position these laser beams with the help of a program called as CNC code. This code also helps in maintaining as well as controlling the speed of the laser beams. A number of mirrors are used to divert the beams to different directions and are known as ‘beam benders’.

Laser cutting is of two types widely used in industries. They are Gantry System and Galvanometer System. What does each of these systems mean? Let’s find out:

Gantry System: This process is relatively slow and is engaged for the manufacturing of prototype of products. Here, the machine moves to move the laser across the targeted medium.

Galvanometer System: This system is more trusted for the accuracy and precision it has to offer. For the very reason, manufactures use this system for producing the final products to be sent out to the market.

Conclusion

I am sure this article has been fruitful to make you understand the laser cutting process in depth. As we already spoke, laser cutting is a very consistent, steady, and precise process. Every process has its pros and cons. Similar, laser cutting is a sharp and precise method available to cut metals with ease using laser parts like Trumpf laser parts that perform par excellence.

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