Corel X6で雪の結晶オーナメントを作成する方法
雪の結晶は、ホリデーシーズンを彷彿とさせるお祝いのシンボルです。CorelDRAW のいくつかのツールを使えば、自分だけのオリジナルな雪の結晶のデザインを簡単に作成できます。雪の結晶のデザイン方法を学んだら、それらをオーナメントや壁掛けとして活用し、ご自宅やオフィスを（…）
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エピログパルス設定ガイド
Epilog Pulse App Guide Streamline your workflow by sending jobs directly to your laser from any modern web browser. System Requirements & Setup Compatibility Firmware: Version 1.1.0.2 or newer Browser: Chrome, Edge, Safari, or Firefox Processor: Intel Core i3/i5/i7, AMD Ryzen/FX/A-Series, or ARM Connection Required Before utilizing the Pulse application, (...)
フォトレーザープラス クイックスタート
This page is to provide you with special settings that we’ve developed with CADLink for PhotoLaser Plus, as well as to provide you with some quick tips that we think you’ll find helpful when using the software. Download and unzip the attached material profile settings into your C:PhotoLaser Plus (...)
レーザー出力による電力要件
Systems: All This information is to be used only to size a power condition or an UPS (uninterruptible power supply)and should not be used to size the circuit providing voltage to the system. The circuit requirement remains as a 15 amp circuit. Laser Type Wattage Voltage Requirements Wattage of Power (...)
材料の安全性とレーザー
While nearly any material you put into your engraving system will contain and or release some sort of residue or debris, generally speaking, most materials are safe to use in your system. However, there are certain materials not suited for laser engraving and cutting – these materials can corrode the (...)
ワークフローの最適化：デフォルトのジョブ設定の変更
Estimated time: 5–10 minutes • Skill: Beginner By default, jobs sent to the Epilog Software Suite use standard settings. You can customize these defaults to save setup time or better match your materials and applications. Follow the steps below to change the default job settings. Changing Default Job Settings Send (...)
消費電力とあなたのレーザー
Using the formula and information below, you can discover how much power our laser systems draw as well as how much it costs to operate a laser. Most users are pleasantly surprised at how energy and cost efficient these powerful systems are – even our highest-wattage machine costs less than (...)
Epilog Laser 用無停電電源装置の選定
Spring is a time for many things, including unpredictable weather. While many people have battery backup for clocks, computers and other important devices, many don’t think of taking this important precaution when it comes to their laser. No one wants to lose a whole project because of an unexpected power (...)
YAGレーザー vs.CO2
Two of the most common types of lasers you hear about are YAG and CO2. While Epilog manufactures a CO2 laser system, we wanted to give you some information about the two different types of laser systems and which one may be right for your application. Both CO2 lasers and (...)
レーザー彫刻から放出される可燃性ガスの量はどれくらいか
Combustible gas release from laser engraving is extremely minuscule. When materials are engraved with a laser, they emit combustion products. These consist largely of simple carbon smoke and debris. Gases are also produced; typical combustion gas products for some common engraving materials are shown below. The values are provided in (...)
レーザーシステムのワット数はどのように選べばよいですか？
The power of the laser source is measured in watts. Depending on the machine you are considering you will have power options for your laser source that range from 30-120 watts for CO2 laser tubes. Generally speaking, lower power CO2 laser tubes will be able to process the same materials, (...)
バーコード彫刻の提案
There are a lot of variables which determines whether your 2D barcode engraving will be successful. The contrast you can achieve on the PCB, the amount of data contained within the 2D barcode, size of barcode and most importantly, the scanner you’re using. When you’re trying to engrave a very (...)