No, the DEWALT DWS780 12-inch double-bevel sliding compound miter saw does not have a laser. It does, however, have a LED work light with an integrated cut-line cross-cut positioning system, which casts a bright shadow of the blade onto the work piece, helping you to achieve accurate, repeatable cuts.
The miter saw also offers a 62 degree miter capacity (to the left & right) with 60 degree to the left and 50 degree to the right. It has a tall sliding fence that supports crown molding up to 6-1/2 inches nested and base molding up to 6-3/4 inches vertically against the fence, while easily sliding out of the way for bevel cuts.
There is also a powerful15-amp, 3,800 RPM motor that delivers extended power and durability.
Do Dewalt miter saws have laser?
Yes, some Dewalt miter saws have laser technology. While not all models have laser technology, several models on the market do. These models feature laser technology that allows the user to project a laser on the material being cut to better line up cuts.
The Dewalt DW717, which is a double-bevel sliding compound miter saw, features a laser system to help make accurate and precise cuts. Other models of Dewalt miter saws with laser guidance systems include the 9297, DW705, etc.
Is the Dewalt DWS780 worth it?
The Dewalt DWS780 is an excellent miter saw that is worth the investment. It has an impressive 15 amp motor, which is powerful and reliable. The DWS780 is a quiet saw that has a smooth, precise cut due to its high quality saw blade and hardened rail system.
The miter and bevel angles are easy to adjust due to the user-friendly control knobs. The laser guide is a helpful feature that ensures accurate cuts even when working with tricky materials. The Dewalt DWS780 is a durable machine that is designed to last and is backed by a three-year warranty.
If you’re looking for a reliable and high-quality miter saw, the Dewalt DWS780 is the perfect choice. Investing in the DWS780 will be worth the cost and provide outstanding results for all of your woodworking projects.
What is the difference between DeWalt 779 and 780?
The DeWalt 779 and 780 are both high-performance planers designed to provide powerful, professional cutting capabilities. The primary differences between the two models are in the size and power of the planers.
The 779 is an 8 1/4-inch planer, while the 780 is a 12 1/2-inch planer. The 779 also has a 7-amp motor, while the 780 has a 15-amp motor. The larger size and more powerful motor of the 780 enable it to cut tougher materials, making it the better option for tackling large and hard projects.
Additionally, the 780 has two feed speeds, which enable you to optimize the machine’s cutting performance. The 779 only has one feed speed.
The DeWalt 779 is an excellent choice for most jobs that require a high-performance planer, while the 780 is best suited for more demanding tasks.
Is a laser necessary on a miter saw?
A laser is not necessarily required on a miter saw, but it can be a helpful way to obtain accurate results since it clearly indicates exactly where the blade will make its cut. A laser can help to ensure the accuracy of all of your cuts, which is especially beneficial for mitering corners.
However, some users find that the line projected by the laser can throw off their judgement, making them slightly less accurate.
If accuracy is of paramount importance to you and you have the budget to invest in a miter saw with a built-in laser, it can be a beneficial feature to have. However, even without the laser, a miter saw can still be used with precision as long as you use a reliable tape measure and a square to help keep the blade lined up accurately.
Can you add a laser guide to a miter saw?
Yes, you can add a laser guide to your miter saw. A laser guide is a great way to make precise cuts with your miter saw. It projects a beam of light onto the work piece that you can use to align the blade of the saw.
This makes it easy to know exactly where the cut will be made and ensure accuracy. Laser guides are available for both left and right-handed saws and are relatively easy to install. Instructions for the install process will be included in the package when you purchase the laser guide.
Some laser guides come with an adjustment knob so you can fine-tune the accuracy of your cuts even further.
What is XPS technology on DeWalt miter saw?
XPS (eXtreme Performance System) technology on DeWalt miter saws gives the user precise cut line indication. It works by projecting a bright red line onto the work piece that indicates exactly where the blade of the saw will go when it is activated.
This is incredibly helpful when making angled cuts, and allows the user to make more precise cuts with confidence that the saw will do exactly what they expect it to. XPS technology is only found on DeWalt miter saws, and is not available on any other brands.
The red laser also helps when making beveled cuts, as the user can easily and more accurately follow the laser light to ensure that the cuts are precise and accurate. Overall, XPS technology is a very helpful feature for DeWalt miter saws that allows for more precise cuts and greater user confidence.
What is XPS cross cut?
XPS Cross Cut (eXtended Propeller System) is a combination of two commonly used propulsion systems for an aircraft. It essentially combines a tail rotor system with a propeller system, allowing for greater aerodynamic efficiency and increased levels of control.
The incorporation of a tail rotor in an XPS Cross Cut system makes the aircraft considerably more efficient in terms of power, fuel efficiency, and maneuverability. Additionally, the propeller and tail rotor combination allows for greater control due to a higher degree of control being able to be maintained over the aircraft.
Consequently, it is a popular system for use in helicopters, fixed-wing aircraft, and unmanned aerial vehicles (UAVs).
Why is XPS important?
XPS (X-ray Photoelectron Spectroscopy) is an analytical technique used to identify the elements that make up a material, to observe chemical state and to quantify elemental composition. It is an extremely useful tool for scientists and researchers when looking at the composition and structure of a material.
XPS can provide detailed information about a material’s composition, including its elemental and chemical state composition, oxidation states, surface energy, molecular conformation, surface contamination and more.
XPS plays a vital role in materials science and the electronics industry because it can easily and accurately measure the composition of metals, semiconductors, and even sometimes organic compounds. It has become an important characterization tool for research fields such as nanomaterials, organic chemistry, surface chemistry, and catalysis.
XPS is used to detect very thin layers, or thin film deposition and also to characterize surfaces. It is used in research and development as well as in production applications.
XPS is a powerful tool used to understand the relationship between physical properties of materials and their electronic structure. It can also be used to measure the degree of oxidation of a material, if it is uniform and what the surface energy is of the material.
This is especially useful for studying surfaces of metal and metal oxide materials.
Overall, XPS is an invaluable technique used in a variety of research and development areas. It enables accurate measurement of the chemical composition and structure of a material while providing detailed information on oxidation states, surface energy and molecular conformation of a material.
XPS is especially important in nanomaterials, organic chemistry, surface chemistry and catalysis, enabling scientists to better understand material properties and their relationships.
Why is XPS used?
XPS, or Extruded Polystyrene, is a type of foam insulation used in both residential and commercial buildings. It is used primarily for insulation purposes and for providing a vapor barrier in walls and roofs.
XPS typically comes in the form of rigid foam boards that are cut to fit the building walls or roof in order to provide an effective insulation barrier. It is known for its excellent insulation performance and its ability to resist moisture absorption into the wall or roof.
XPS is also highly resistant to compressive strength, meaning it will maintain its insulation properties over time with minimal degradation. Additionally, it is a very light material that is easy to install.
This makes it a great product for use in areas that experience extreme weather conditions and where more traditional insulation materials may not be as effective.
What does XPS mean on jewelry?
XPS on jewelry is a marking that stands for Extra Pure Silver. It is a special mark given to jewelry that is composed of at least 92.5% pure silver that has been highly refined, with 0.6% grain boundaries reduced to contain minimum impurities, and an average grain size of not more than 0.4 microns.
Jewelry bearing the XPS mark is composed of almost pure silver and is considered to be of very high quality and craftsmanship. XPS is typically stamped or etched onto the metal in a very small area such as the inside of a ring band.
The jewelry typically has a bright white, polished finish, indicating the high grade of silver used in its construction.
How does XPS analysis work?
XPS analysis, or X-ray Photoelectron Spectroscopy, works by illuminating a sample with an X-ray source. This excites electrons in the sample and causes them to be released from their atom or molecule.
These electrons are then directed through an analyzer, which records their energies and the angles at which they were emitted. The data recorded provides information about the type of atoms in the sample and their chemical arrangement.
One of the main features of XPS analysis is its ability to measure chemical changes caused by physical conditions such as temperature, pressure, or exposure to reactive gases. The data it produces can also reveal information about the oxidation state of a sample, as this can be determined by the different energy levels of the electrons released.
XPS is widely used in many different industries, such as semiconductor and aerospace manufacturing. It can provide detailed information about the composition and structure of surfaces, as well as about reactions taking place on the surface of the sample.
It is typically used to study the effects of atmosphere on surfaces, as well as to detect and identify different types of contaminants.
How do you put a shadow light on a miter saw?
To put a shadow light on a miter saw, you’ll need to begin by purchasing an adapter plate with an affixing hole and some extra wing nuts from your local hardware store. You’ll also need an LED light strip or other lighting device.
Once you have these items, attach the adapter plate to your saw using the wing nuts. Then, connect your LED light strip to the adapter plate. Make sure the light strip is pointed towards the blade area of the miter saw in order for it to act as a “shadow light” and give you greater visibility of the cutting line.
Adjust the position of the LED light strip so that it gives you the best views.
Finally, plug the LED light strip into an appropriate power source, and you have successfully added a shadow light to your miter saw! Enjoy your improved visibility, and always make sure to practice safe cutting practices with your saw.
What is Dewalt XPS light?
Dewalt XPS light is an advanced light technology used by some Dewalt power tool products to provide users with even illumination for more precise cuts and accuracy. The XPS technology is powered by a combination of a high-efficiency LED light and a reflected light that is scattered along the blade.
This combination creates a well-lit area in which the user can see the cut lines and make precise adjustments with accuracy. The Dewalt XPS light also features a bright white light that provides a better view of the workpiece, making it easier to see the details.
Some Dewalt products with XPS light include cordless and corded saws, miter saws, and drills. In addition, Dewalt offers an accessory, the XPS-LED worklight, which can be attached to any cordless device to provide extra illumination on the job site.
The Dewalt XPS light technology is designed to give users the confidence to make precise cuts and detailed work with accuracy and precision.
What happened to the DWS780?
DEWALT discontinued the DWS780 12” double bevel sliding compound miter saw in the summer of 2020. This saw was a popular and reliable tool that was used by professionals and hobbyists alike for several years.
It was well known for its powerful 2000W motor, a shadow line cut laser guide, and a wide miter angle range (0-60° to the left and 0-50° to the right). The saw also featured an adjustable stainless steel miter detent plate and cam miter lock for precise, accurate cuts.
The discontinuation of this saw means that other models in the DEWALT line will have to fill the gap left by the DWS780. The DWS716, DWS715, DWS774, DWS780S and DWS782 are similar in design and all feature the same powerful motor and miter angles as the DWS780.
Many users have reported that the newer models have actually improved upon the original with their enhanced ability to handle heavier pieces of material and less vibration when cutting. Although the DWS780 will be greatly missed, the newer miter saws are still reliable tools that can help DIYers and professional contractors complete their projects.
Is there a recall on DeWalt miter saw?
No, there are currently no recalls on DeWalt miter saws. DeWalt is known for manufacturing tools that are built tough, so consumers can expect their miter saw to live up to expectations. Several consumer review sites have praised DeWalt for the reliability and build quality of their miter saws, particularly for the long life span that users can expect from them.
DeWalt miter saws have been around for decades, so customers can rest assured that these saws have been tested and certified to respect safety standards. Support and repair services are also available online and in store for any unexpected issues.