Sure Cuts A Lot DownloadSure Cuts A Lot is an easy to use program which helps you cut True Type fonts and various shapes by using the electronic cutting machine installed on your computer. The program offers a wide range of options you can use to design the shapes you want your machine to cut. In order to get started, add the shapes you wish to modify on the workspace by manipulating the Tools, Properties, Keyboard, Shapes and Layers Panels. These panels will help you reshape, redesign, change color or size of the initially imported shape by simply clicking on the icons which perform the corresponding desired function. Sure Cuts A Lot also allows you to add or remove pages on which you can further add shapes that you can modify for your cutting machine. They can be added or removed by selecting Add Page or Remove Page from the Page menu in the main menu bar. Besides shapes, you can also add SVG files Scalable Vector Graphics or images by importing them from your computer or by downloading them from different online galeries. You can modify them by using the same panels as for shapes. To sum up, Sure Cuts A Lot 3 is a tool you can use in order to modify shapes and all sorts of imported documents for the purpose of cutting them, by using an electronic cutting machine. CO2 Laser That Cuts Sheet Metal 7 Steps with PicturesI want to make a metal cutting system too. What would you have done differently Are there ways that I could save time by buying OEM componentsI just got a new laptop last month, an Asus A63420M 1. GHz, 4GB RAM, 750GB HDD, Radeon HD 6520, LED, HDMI, Webcam, Window 7 Premium. When I plug the HDMI into the TV. We are committed to providing you the best customer support possible. We will try to help you as soon as possible, usually within 12 business days. Well there are some things that I would have done differently to be sure, but I dont think it would mean that would have saved time. The main reason is cost. There arent any systems that I know of that are in my price range. Another way to say it is, most OEM solutions are incredibly expensive. Most of the mechanical parts of the system like the physical CNC table, the chiller, the frame supporting the laser were very easy. Sure Cuts Alot Version 2' title='Sure Cuts Alot Version 2' />This is fun and not very time consuming. Perhaps the biggest technical hurdle was that I put my laser support system together using a welder which some people may not have. The optics were pretty much bolt together parts and I dont think there would have been much time to save there. There are some optics that are specifically designed for the laser itself which would allow you to just take the optics out of the box, connect to the system, and you are ready to go. I was lucky to get my optics from ebay and other sources for fairly cheap, but it was not an instant solution. I would still go with the used parts solution again. Electronics. Now, this was hard for me. You need to have motor drivers, some laser controls, limit switches and emergency stops. Putting this all togethe under one integrated system was a very large amount of work. I dont know of a commercial system that works for my laser, even an expensive one, so I had to make all that circuitry myself. I used a lot of TTL logic, and to be certain I would never do that again. So one thing I definitely would do differently is this. Mechanical Design An Integrated Approach Solution Manual more. I would use microcontrollers. I would have liked to have all inputs and outputs of electronicelectric connections going into a board handling TTL signals, relays, and connections for external limit switches, and then put the logic of the overall system together with microcontroller software. On the other hand, if you want to save some time it would be best to find an alternative to making the electronics your self. House wiring. There was a lot of wiring I had to do myself, which was fun but also a lot of work. Sure Cuts A Lot is an easy to use software, which allows you to cut virtually any shape with various electronic cutting machines, including Craftwell eCraft. Background The first thing that comes to mind when this movie title is mentioned, is John Travolta swirling over the dance floor and the almost nonstop background. Offensive Theory How to Score More Points by Understanding the Theory and Philosophy Behind Offense. Developing offenses for your team is probably the most visible. CAL 2 Now Available We are proud to bring you this exclusive version of our Sure Cuts A Lot software which is compatible with the Sizzix eclipsYou could definitely save time not money to have someone else do that. There are examples on ebay of complete laser cutters with enough power to cut metal. They are very expensive, and also require wiring ventilation and cooling pretty much similar to what it would be like if you had a shop with a really large milling machine. But that still might be a way to be cutting metal without taking a lot of your time. So the short answer to your question is this unless you want to spend 5. I think youd have to do most of it yourself. Can I cut brass No. I cant either. The industry would love to cut brass and they aint figured it out either. I gather its a problem due to the heat transmission of brass and copper. It spreads out its heat over the area of the cut too effectively. If you cant concentrate the heat on a particular area, the metal doesnt get obliterated. Steel is a lovely and cooperative metal. I have a glass laser that delivers 1. I cut steel too Probably not. Its really hard to tell what power my laser actually delivers. The ambigiuity is because the product literature says that they modulate the output. Sure Cuts Alot Version 2' title='Sure Cuts Alot Version 2' />The laser sends out higher bursts of energy that probably exceed 1. The total delivery of power integrated over time is 1. But according to the manual, they claim that by peaking the delivery over short bursts that it actually develops intermittant delivery of 2. I dont know if its really doing that I do know that other lasers e. YAG also work on the principle of quick bursts that deliver much higher power. If you have a sealed glass laser, it delivers continuously, and it doesnt do this burst trick that the Coherent does. Thats not to say you cant get some cutting power. Maybe you could cut stuff thats 0. The key, as you may very well know, is to think about your optics. If you really want to explore the issue you have to read and understand http www. DOF that is thicker than the object that you want to cut. If I was in your shoes one place Id do some research is to find out what power density is required to cut metal. I was told over the phone by Coherent guy hey better than an incoherent one that it is 1. But theres a chance that hes wrong. Once thing I know, is that I can control my power output with electronics going to the laser. When I take that down to 5. It suggests to me theres still hope for the glass tube guys. What else do I need to cut You must have a functioning cutting head, that delivers oxygen that flows through the nozzle. You also need a cnc table running the part around underneath the nozzle. How much did it cost Its rude question but. The laser itself was 6. I bought a cnc table for 5. A chiller from ebay cost me 5. There were lots of other incidental costs like a lot of electronics, motors, motor controllers, 2. The biggest operational cost is oxygen. A tank of oxygen is 5. The operational cost of electricity is negligible. The stainless is pretty cheap, around 1 a pound. Then theres time. The project took 2 years, but if I had to do it again it could get done in about 6 1. I was thinking earlier today about all these CNC machines when all of a sudden I looked over at my printer and realised that with a few modifications it might be made into a basic CNC. I dont think this approach works. The problem is lateral thrust. If your printer is buzzing along, try putting your hand in the way of the movement, youll see that even a bit of resistance will prevent most of the electromechanical gizmos from moving. Now think about instead of that printer head on a little gantry system, youve substituted in a cutting tool like a small dremel. You can imagine that youd have problems with the printer mechanics moving a cutting tool in wood, but you also have problems just with forward inertia. If the heavy cutting tool is moving in one direction, reversing that movement quickly will wont happen perfectly, it will try to reverse, some belt or gear or stepper will slip a little. If you clamp your fingers on small steppers when they are moving, they just stop. Since most systems of that kind lack feedback about the exact position of the gantry after that slip happens you dont have a good relationship between what the computer is treating as an x y position, and whats actually happening on the printer. I used to have a balsa wood cutter and there aint no way a printer could handle pushing a bit through that with any accuracy. I started by getting a laboratory robot that moved around small liquids, was really good for showing basic principles. Can your laser cut thru your finger. Thatll leave a mark. No. This laser cant cant cut through a whole finger. One reason is that co. The other reason is because of divergence, the power density of the beam drops off very very quickly as it leaves the cutting nozzle. Its the molecular equivalent of shooting at a target with a shotgun thats a mile away. I have succeeded in cutting a disk of approximately 14 diameter off the tip of my finger though. Hurts like heck but it cuts while it cauterizes, so theres no bleeding.