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AP LAZER SN2816 User Manual

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USER
MANUAL
Installation, Configuration,
and Operation Manual
Please read carefully before use

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Summary of Contents for AP LAZER SN2816

  • Page 1 USER MANUAL Installation, Configuration, and Operation Manual Please read carefully before use...

  • Page 2: Table Of Contents

    Laser Safety and Laser Classification Laser Safety ............................... Laser Classification and Additional Safety Requirements ................Assembly and Installation of AP Lazer Unpacking the AP Lazer and Accessory Packages .................... Assembly of Carriage Cart ..........................Unboxing of the Machine ..........................Contents of Tool-Box ............................
  • Page 3 Select the Processing Mode ..........................Select the Parameters for Engrave Mode ......................Select the Parameters for Cut Mode ........................ Download the File to the AP Lazer ........................Rotary Tool Settings ............................Setup and Placement of the Rotary Tool ......................File Setup for Rotary Tool Operation ........................

  • Page 4: Laser Safety And Laser Classification

    The AP Lazer system also includes and utilizes a red dot diode laser for visual aid. The Red Dot Diode is a Class II laser product with a power of 1mW and wavelength of 650nm.

  • Page 5: Laser Classification And Additional Safety Requirements

    Chapter 1: Laser Safety and Laser Classification Other plastics may be successfully engraved, but orderly experimentation on a sample piece is recommended. Bakelite is said to be easily laser-engraved; some hard engineering plastics work well. Expanded plastics, foams and vinyl, however, are generally candidates for routing rather than laser engraving.
  • Page 6 Do not start or operate the AP Lazer without proper grounding. The ground wire of the AP Lazer and laser power supply must be connected with the earth. It cannot be connected on objects such as doors, windows, water pipes, and so on.
  • Page 7 Chapter 1: Laser Safety and Laser Classification caution for the safety of personnel and equipment. Our expert Laser Technicians are available 24 hours a day, 7 days a week at 844-364-8211.
  • Page 8 The AP Lazer Machine is shipped in a large crate with a short crate on top. The short crate (A) on top contains the components of the AP Lazer Carriage Cart. The large crate (B) contains the whole machine including laser head, Z table (NOT for 1812), and peripheral components including laptop.
  • Page 9 Assembly and Installation Chapter 2 – List of required items before setting up the laser. Phase 1- Unleash your Bob-the-Builder (Assembly)
  • Page 10 Assembly and Installation Chapter 2 – 1. Uncrate the shorter crate and layout each part separately to simplify the assembly process.
  • Page 11 Assembly and Installation Chapter 2 – a. You will be provided with minimum of 12 short and 16 long Bolts b. You will need total of 16 short screws and 12 long screws.

  • Page 12: Unpacking The Ap Lazer And Accessory Packages

    UNPACKING THE AP LAZER AND ACCESSORY PACKAGES The AP Lazer comes shipped in a large crate with a shorter crate on top. The short crate on top contains the components of the AP Lazer carriage cart. Please disassemble this crate and remove all components prior to accessing the large crate.
  • Page 13 Assembly and Installation Chapter 2 – a. To simplify the assembly process, it is recommended to first lay out the components of the carriage as seen in the image above. The sides of the components with the most holes are the rear side of the carriage.
  • Page 14 Assembly and Installation Chapter 2 – Once you have inserted the bolts on the first rail, continue to assemble the second rail. Leave the bolts of the rails loose until all other parts have been installed. (Figure 2-4 Front Rail and Side Panel Assembly) After installing both rails, proceed to install the corner gussets (2).
  • Page 15 Assembly and Installation Chapter 2 – Figure 2-5.1 Long screw placement-above) Figure 2-5.2 Short Screw placement -above) After installing the gussets left and right side of the rear rail, B rails or the short rails are placed in the inserts. The diagram below demonstrates the proper orientation of the B-Rails (Figure 2-6). The longer portion of the B rails should be placed towards the front while the corner gussets are placed in the rear.
  • Page 16 Z-Table. This configuration will leave the laser in a closed cabinet configuration while still allowing for easy levelling. If you wish to purchase a carriage cart for utilization of the AP Lazer’s patented open cabinet system, please contact our sales department for your options.
  • Page 17 Assembly and Installation Chapter 2 – Wrenches (12- and 14-mm) [14]...

  • Page 18: Unboxing Of The Machine

    Assembly and Installation Chapter 2 – Before and After Uncrating [15]...
  • Page 19 1. Unwrap the plastic and foams around it. Unwrapping the Plastic and foam 2. Your back of AP Lazer machines will consist of various accessories as per your purchase. Down Below you can see all of them. NOTE: All these accessories come with the AP lazer machines except Chuck Rotary and Lens Kit as those are additional accessories.

  • Page 20: Contents Of Tool-Box

    Assembly and Installation Chapter 2 – a. Open the pack-slip from the Toolbox and check list all your provided tools b. The toolbox looks like the picture below (Toolbox) The Pack Slip contains the accessory content which comes with the machine along with the toolbox: A.
  • Page 21 Assembly and Installation Chapter 2 – The Contents of the tool box will vary based on the model and configuration of AP Lazer ordered.Listed below are common items included in most tool box configurations. 4. Go back to the machine: Observe and check for damage or missing part because of shipping.

  • Page 22: Assembly And Preparation Exhaust

    Power Source Unit (Circuit tester not included) How to Set Up Coupler on Your AP Lazer Machine a. For installation of the ventilation system and coupler, assistance from another person will simplify the installation.
  • Page 23 Assembly and Installation Chapter 2 – b. Open the main door on top of the laser head. Then, insert the coupler through the pre- cut hole from the inside of the acrylic window. c. The rubber gasket should be between the acrylic window and the metal flange of the coupler.
  • Page 24 Extend the flexible duct to the intake of the exhaust blower. The blower should NOT be plugged into the outlets on the AP Lazer. It is recommended to plug the exhaust blower into a separate circuit than the AP Lazer.
  • Page 25 Assembly and Installation Chapter 2 – k. Excess ducting can be cut off and used to connect the output of the exhaust blower to the external ventilation connection. (Schematic Diagram of Ventilation System) SETTING UP LIFT CART a. Cut the steel bands and open up the cardboard box. b.
  • Page 26 There are several methods which can be utilized for safe placement of the AP Lazer head unit. A forklift is often the safest method when proper caution is utilized. When a forklift is not available, you may require the assistance of three additional people (total of 4) depending on the size of the AP Lazer.

  • Page 27: Final Assembly Of The Ap Lazer

    When there is concern over the safety of the laser tube, please contact the AP Lazer Technical Support Hotline at 844-364-8211 for instructions to safely remove the laser tube while placing the laser head.
  • Page 28 AP Lazer.*** With the laser in place, unlock the rear cabinet of the AP Lazer. The keys to the rear cabinet are located in the included toolbox. Once the cabinet is open, carefully remove all foam packing from around the glass laser tube.
  • Page 29 Assembly and Installation Chapter 2 – system will use approximately half a gallon of coolant. Unscrew the threaded plastic cap on the water reservoir. If the cap is tight, you can use lens removal tool to loosen the cap. After the cap is removed, add water to the water reservoir until it is close to full (quarter inch from the top) After initially filling the reservoir, insert the key into the ON/OFF key switch.

  • Page 30: Installing Software

    Assembly and Installation Chapter 2 – Accordion- the magnetic strip between the Upper Body and Lower Body (Z table) Phase 4: Software Soft a. Corel Draw [27]...
  • Page 31 Assembly and Installation Chapter 2 – [28]...
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  • Page 51: Connect The Computer To The Ap Lazer

    Assembly and Installation Chapter 2 – Connecting Computer to the Machine [48]...

  • Page 52: Ap Lazer University

    Assembly and Installation Chapter 2 – Your Credentials should have been set up before you have received the machine. If you do not have the credentials set up, please call AP LAZER at +1 517-366-4315 [49]...
  • Page 53 Assembly and Installation Chapter 2 – [50]...
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  • Page 56: Basic Operations And Configuration Of Ap Lazer

    Powering On the AP Lazer (All Models) The AP Lazer runs with basic US 110v AC power. The AP Lazer can be plugged into any standard US AC Power outlet, though it is recommended it be plugged in to a 15 amp to 20 amp protected circuit. While the AP Lazer will only pull 6-13 amps of current during normal operation, it is important to compensate for any irregular power surges;...

  • Page 57: Level The Ap Lazer

    Level the AP Lazer Leveling the AP Lazer is performed by levelling the laser head to the Z-Axis base unit or to the material to be engraved. For initial levelling during the setup process, level to the Z-Axis base unit. After initial levelling, it will be important to level to the material being engraved.

  • Page 58: Start A File In Rd Works

    Directions to Start a Downloaded File with the Control Panel The following directions will explain the process of setting up the AP Lazer to run a downloaded file with the control panel. Follow each step, in the order they are listed, for the easiest and most efficient process. Each step is of equal importance to obtain correct results when engraving or cutting.

  • Page 59: Work Time Preview

    Chapter 3: Basic Operations and Configuration of AP Lazer (Fig. 3.5a File Select) (Fig.3.5b File Select) Work Time Preview While in the file selection menu, there is an option to preview the estimated work time of the file. If not in the file selection menu, press file on the control panel.

  • Page 60: Square And Level The Substrate / Work Piece

    Using the focal gauge, verify that the laser is in focus. If necessary, adjust the levelling leg in the rear-left of the AP Lazer to obtain proper focus.

  • Page 61: Frame The Image

    Prior to starting the work piece, verify your origin and placement by framing the image. Press frame on the control panel of the AP Lazer and watch the red dot of the laser head carefully to ensure proper placement and origin.

  • Page 62: Control Panel Settings

    Beam Alignment of the AP Lazer Prior to initial use, it will be necessary to check and adjust the beam alignment of the AP Lazer. Follow the instructions in this section to achieve proper beam alignment. If the optional red dot combiner is installed on the AP Lazer, please disable the red dot to prevent any confusion during the alignment process.
  • Page 63 Chapter 4: AP Lazer Beam Alignment After adjusting the proper settings, place the crosshair alignment tool into the laser head (Fig. 4.4a) then cover the crosshair alignment tool with a piece of masking tape. (Fig. 4.4b) When aligning an SN-1812, the laser head is different (Fig.
  • Page 64 Chapter 4: AP Lazer Beam Alignment ***If the point of impact is too low and the top screw is out of adjustment to angle the mirror up, turn both bottom screws equally clockwise to angle the mirror up. After Aligning position 1 and position 2, check the alignment between position 2 and position 3. Adjustments required during this step will be made using the mirror on the x-axis rail, Mirror Position 2.

  • Page 65: Vertical Alignment

    Chapter 4: AP Lazer Beam Alignment mirror mount. See figure 4.6c. Slightly loosen the two screws just enough to allow movement back and forth. If the impact was to the right of center, carefully nudge the mirror mount forward towards the laser head. If the impact was to the left, then carefully nudge the mirror away from the direction of the laser head.

  • Page 66: Red Dot Alignment

    Chapter 4: AP Lazer Beam Alignment (Fig. 4.7b) (Fig. 4.7c) Red Dot Alignment Once the laser beam alignment is complete, it is necessary to align the red dot to the beam. Move the laser head to the center of the table. Place a piece of masking tape over the cross-hair alignment tool and insert into the opening on the laser head, see (fig.

  • Page 67: Coreldraw File Preparation

    Chapter : 5 CorelDraw File Preparation CorelDraw File Preparation Setting Up Your Workspace Creating files in CorelDraw is similar to Corel PhotoPaint. Like PhotoPaint, size of the workspace must be defined. Unlike PhotoPaint, objects can be placed outside of the specified workspace. Objects outside of the workspace will save or export when saving the file.
  • Page 68 Chapter : 5 CorelDraw File Preparation Add text to a scene or layout with the Text Tool (Letter ‘A’ in the toolbar). A tool bar will appear above the workspace with options to customize the text. • When creating the Text, simply single click inside the workspace to place a cursor, then type the desired text. DO NOT create a text box.

  • Page 69: Text Output Options (Bitmap)

    Chapter : 5 CorelDraw File Preparation (Fig. 5.2f) (Fig. 5.2g) Options for Lasering Text by Itself For Engraving a Solid Burn, use a black uniform fill on the lettering with no outline if engraving as a bitmap. • When engraving as a bitmap, use the following export options: •...

  • Page 70: Import A File

    Chapter : 5 CorelDraw File Preparation • Export Version: AutoCAD 2008-2013 • Export Units: Inches • Export Text As: Curves • Export Bitmap As: .BMP Files • Fill Unmapped Fills: Unfilled • Click on ‘OK’ to finish saving the file. (Fig.

  • Page 71: File Output Options (Bitmap)

    Chapter : 5 CorelDraw File Preparation a. Format Text to desired Font, Size and Style. b. Size the Vector Object to the desired size and position. 2. Remove the fill from the Text/Object and create a Black Hairline Outline. 3. Open the Contour Docker at menu ‘Window -> Dockers -> Contour.’ In the contour window, select ‘To Center’ as demonstrated in Fig.

  • Page 72: File Output Options (Vector)

    ‘Black and White’ which is the standard file format for the AP Lazer. Click on ‘OK’ to finish saving your file. It is not recommended to export detailed images using this method.
  • Page 73 Chapter : 5 CorelDraw File Preparation • Export Units: Inches • Export Text As: Curves • Export Bitmap As: .BMP Files • Fill Unmapped Fills: Unfilled • Click on ‘OK’ to finish saving the file. (Fig. 5.9a) (Fig. 5.9b) (Fig. 5.9c)

  • Page 74: Corel Photo-Paint Scene Preparation

    Chapter 5 provides instruction for creating a scene or layout for the laser engraver. There are many methods and techniques which may be employed. This instructional is a recommended process from the AP Lazer design team. Create a New Document When creating a new document, it is recommended to set the dimensions of the material being engraved for a full layout, or the dimensions on the image if the image will be etched separately.

  • Page 75: Adding And Image

    Chapter 6: Corel Photo-Paint Scene Preparation window, select the background layer in the object manager docker. Select the Fill Tool (paint bucket icon), choose black or white as a solid fill color, and then click in the workspace to fill the workspace. •...

  • Page 76: Isolating Figures And Objects In The Image (Cutout Lab)

    Chapter 6: Corel Photo-Paint Scene Preparation Clicking the object layer containing your image in the objects panel will bring up nodes around your image to make additional sizing changes. There are four styles of nodes each with a different function. 8 boxes indicate scale mode for resizing, 4 curved arrows allow you to rotate an image, 4 straight arrows allow you to warp the image, and 4 circles give you the ability to change perspective in 3D space.

  • Page 77: Feather An Image

    Chapter 6: Corel Photo-Paint Scene Preparation In the Cutout Lab, use the highlight tool and trace around the portions of the image to be isolated. Multiple portions of the image can be isolated. For successful isolation, it is important to ensure the path of the highlighter tool is completely connected around each portion to be isolated.

  • Page 78: Adding A Fountain/Gradient Fill To Background

    Chapter 6: Corel Photo-Paint Scene Preparation Select the Ellipse Mask tool (It may be necessary to click and hold the box-shaped marquee tool to find this). Draw an oval to cover the desired area for the oval. If the outline disappears, there is an option to make it visible in the ‘Mask’ drop down menu (Make Mask Marquee Visible).

  • Page 79: Basic Editing And Customization

    Chapter 6: Corel Photo-Paint Scene Preparation (Fig. 6.11c) Changing the Brightness, Contrast, and Other Image Properties Select the image object layer in the object window. Select menu ‘Adjust -> Image Adjustment Lab’ for access to multiple image property adjustments. In the Image Adjustment Lab, first adjust the saturation to -100. This will remove the color from the image leaving a more accurate gray shade depiction of the image.

  • Page 80: Assembling A Scene

    Chapter 6: Corel Photo-Paint Scene Preparation (Fig. 6.13a) (Fig. 6.13b) (Fig. 6.13c) Other Options Assembling a Scene Adding additional images over a backdrop follows a similar process to isolating an image. Create a duplicate layer of the object you’re going to add to the scene. Run this layer through ‘Image -> Cutout Lab’...

  • Page 81: Advanced Tools

    Chapter 6: Corel Photo-Paint Scene Preparation (Fig. 6.15) Advanced Tools Tone Curve Tone Curve works similarly to the Highlight, Shadow, and Midtone sliders from the image adjustment lab, but offers slightly more room for finessing. It can be accessed by going to menu ‘Adjust -> Tone Curve’ while the layer to be altered is selected.
  • Page 82 Chapter 6: Corel Photo-Paint Scene Preparation values to dodge or burn. A soft brush set to high transparency is recommended to make changes more subtly. (Fig. 6.18a) (Fig. 6.18b)

  • Page 83: Photograv Settings Photograv Installation And Activation

    • After starting the program for the first time, there will be a prompt for machine defaults. ▪ Select the appropriate AP Lazer Machine size then select ‘OK’ to continue. (Fig. 7.1) • Activate the Software using the following steps.

  • Page 84: Photograv Image Processing

    Chapter 7: PhotoGrav Settings (Fig. 7.2d) (Fig. 7.2e) Processing an Image in PhotoGrav • Use the Tool Bar in the software to process an image. Work from left to right on the tool bar. (Fig. 7.3) Open Image • Click on the Open Image button •...

  • Page 85: Interactive Mode

    Chapter 7: PhotoGrav Settings (Fig. 7.5a) (Fig. 7.5b) Interactive Mode • PhotoGrav versions 3.1 and later will require minimal or no adjustments. In most cases, this step can be skipped with those versions. If adjustments are necessary, this section will demonstrate some common settings for black granite that have proven to work well.

  • Page 86: Final Process

    Chapter 7: PhotoGrav Settings (Fig. 7.7a Interactive Mode PhotoGrav version 3.1) (Fig. 7.7b Interactive Mode PhotoGrav version 3.5) Final Process • Prior to saving the file, it is necessary to run the Final Process. Click the ‘Final Process” Button. (Fig. 7.8) Save Images [83]...

  • Page 87: Save Images

    • After Final Process is complete, the file can be saved in four different formats. The format used for the AP Lazer is Engraved. Simulated images are recommended for proofs of the engraving. • Click on the Save Images button.

  • Page 88: Rd Works Settings

    • When working with an image/portrait type file, select the .BMP file listed with (ENG) in the name else select the .DXF for the vector file. Portrait type files may appear inverted from the original files. While other file types are compatible with the AP Lazer system, .BMP and .DXF are the recommended file types for maximum compatibility.

  • Page 89: Select The Parameters For Engrave Mode

    Power should be set equal to Max Power when changing power settings. The suggested speed and power settings can be found in the Appendix of this manual. Ensure that the proper power setting guide is being used for your AP Lazer. The available guides are 40 Watt, 80 Watt, 90/100 Watt, and 130 Watt guides.

  • Page 90: Download The File To The Ap Lazer

    The suggested speed and power settings can be found in the Appendix of this manual. Ensure that the proper power setting guide is being used for your AP Lazer. The available guides are 40 Watt, 80 Watt, 90/100 Watt, and 130 Watt guides.

  • Page 91: Setup And Placement Of The Rotary Tool

    • Turn off the power to the AP Lazer. • Place the Rotary Tool into the work space of the AP Lazer with the black step motor in the top left corner for proper orientation. • Plug the Rotary Tool into the receptacle on the inside of the machine on the right side.

  • Page 92: Restore Rd Works To Normal Operation

    Creating Multiple Layers in RD Works It is sometimes necessary, or desired, to use multiple layers with the AP Lazer. Multiple layers can be assigned unique functions as well as unique speed and power settings. Layers are mostly utilized when working with vector files, or various combinations of vector files and bitmaps.

  • Page 93: Network Rd Works Controller And Software (Lan Only)

    ***Adding the controller to a network is done at the risk of the owner/consumer. All network and IP settings are the responsibility of the owner. AP Lazer is not able to assist with Network Configuration. AP Lazer and its representatives are not liable or responsible for any network issues or conflicts caused with this feature.
  • Page 94 Press ‘Test’ to verify the connection is successful. (The AP Lazer must be powered on during this process.) • Select ‘OK’ after configuration is complete. • Prior to downloading to the AP Lazer, select the AP Lazer configured in the Device Drop Down. (Fig. 8.19f) [91]...
  • Page 95 Chapter 8: RD Works Settings and Operations (Fig. 8.19f) [92]...

  • Page 96: Preventative Maintenance

    Some companies use only 3-In-1 Oil, as it is sufficient when used frequently enough. Heavier oils or greases can also be employed for lubrication. If the AP Lazer is in an environment subject to large amounts of dust or airborne debris, it is recommended that a lower viscosity lubricant such as 3-In-1 Oil be used to prevent said debris from collecting in the bearings.
  • Page 97 6. Removing the buildup of dust and debris from the back cabinet will help preserve the life of the vital components and electronics of the AP Lazer. It is important to have the power source removed from the AP Lazer while performing this step for safety reasons. The recommended process for cleaning is to use a can of compressed air.

  • Page 98: Troubleshooting (Engravings And Cuts)

    These unfavourable results have many possible causes. The common causes listed in this section are simply the most common causes but are not all inclusive. If a resolution is not found in this section, please contact AP Lazer 24-hour Technical Support at 844-364-8211.

  • Page 99: Laser Beam Rapidly Losing Alignment

    Corner Power for a successful cut. The Corner Power is the power used in the corners. The AP Lazer will identify a corner as part of a file that does not run parallel with the X or Y Axes on the AP Lazer.

  • Page 100: Horizontal Banding On An Engraving

    The most common cause of horizontal banding is user or spectator interference. It is very difficult to not observe the AP Lazer while it is running. While watching the AP Lazer run is completely acceptable and encouraged, when done so with proper safety measures, it can also be a common cause of banding issues.

  • Page 101: Horizontal Fading On An Engraving

    Chapter 10: Troubleshooting (Engravings and Cuts) • Vertical banding may also be caused by the properties or make up of the material. Some materials may be made with flaws; natural materials may be formed with flaws in the surface of the materials. •...

  • Page 102: Flattened Image Or Flattened Text At The Beginning Of An Engraving

    Vector files have fill options as well as outline options. There are occasions where there will be a fill applied to a vector file though not an outline. While engraving, the AP Lazer may read a filled vector file much differently that an outlined vector file. When there is a vector file that is filled but not outlined, the controller will more than likely used fewer node points or axis to create a fill or cut.

  • Page 103: Image Or Text Upside Down Or Backwards While Using The Rotary Device

    When placing the Rotary Device into the AP Lazer, it is important to correctly orientate the Rotary Tool in the proper direction. The proper orientation is to lay the Rotary Device inside the AP Lazer, from left to right, with the Motor (black portion with wires) in the tope left corner of the AP Lazer.
  • Page 104 Chapter 10: Troubleshooting (Engravings and Cuts) • Not enough extend space – This error message is displayed when the machine senses that the side of the machine is too close to engrave/cut. This error can be cleared up in most cases by slowing down the speed and/or changing or double checking your laser origin.
  • Page 105 Appendix I: Suggested Power Settings for 30-Watt AP Lazer (RDWORKS V. 8.01.26-Inches) Engrave Settings (30W) Material Speed Min/Max Material Speed Min/Max (Inches) Power (Inches) Power Plexiglass/Acrylic (Sheets) Granite Leather Plexiglass/Acrylic (Painted & Mirrored) AlumaMark LaserFlex Anodized Aluminum Marble Ceramic Tile...

  • Page 106: Appendix

    PLEASE ENSURE PROPER TESTING TO PREVENT UNECESSARY WASTE. Running the AP Lazer at speeds above the recommended settings may result in damage to the drive system. Any damage resulting from unauthorized use may not be covered under warranty.
  • Page 107 PLEASE ENSURE PROPER TESTING TO PREVENT UNECESSARY WASTE. Running the AP Lazer at speeds above the recommended settings may result in damage to the drive system. Any damage resulting from unauthorized use may not be covered under warranty.

  • Page 108: Appendix

    PLEASE ENSURE PROPER TESTING TO PREVENT UNECESSARY WASTE. Running the AP Lazer at speeds above the recommended settings may result in damage to the drive system. Any damage resulting from unauthorized use may not be covered under warranty.

  • Page 109: Ap Lazer Install And Preparation Checklists

    It will be necessary to have a Fork Lift or a similar lifting ability to place the AP Lazer head unit on the carriage or Z-table. Some models may be handled by multiple persons.

  • Page 110: Appendix V

    There are a few items you may desire to have on hand for training and production purposes. Straight edge rulers and square tools can be great tools for the AP Lazer. Canned air is great to assist in keeping the optics (lens & mirrors) clean on the AP Lazer.
  • Page 111 Appendix VI: Focal Lenses and Applications Focal Lenses and Applications This appendix will explain the different focus lenses available and the practical application of each lens. Each focus lens is the same diameter; the size references the focal length. The focal length of each lens is the distance to the point of highest concentration for the laser beam.
  • Page 112 Appendix VI: Focal Lenses and Applications (anodized metals, Cermark™* applications, coated The diameter of the focal point on this lens allows for metals, powder coat, sanded or finished woods, intricate cuts on lightweight materials. acrylics) The intensity of this focal lens is optimal for Cermark™* applications.
  • Page 113 1709 Thompson St. #311 Lansing, MI 48906 www.aplazer.com 800-585-8617 / 517-627-0297 aplazer@aplazer.com...

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