Solidworks print to scale7/31/2023 ![]() If LCase(ParsePaperName(papersNames, 64 * i + 1)) = LCase(paperName) ThenĮrr. PapersNames = String$(64 * papersCount, 0)ĭeviceCapabilities printerName, "", DC_PAPERNAMES, ByVal papersNames, 0ĭim i As Integer For i = 0 To papersCount If papersCount > 0 Then Dim papersCodes() As Integer ReDim papersCodes(papersCount - 1)ĭeviceCapabilities printerName, "", DC_PAPERS, papersCodes(0), 0 PapersCount = DeviceCapabilities(printerName, "", DC_PAPERS, ByVal vbNullString, 0) VStartEndPages = Split(Trim( CStr(vPageRanges(i))), "-")ĭim startPage As Long Dim endPage As LongĮrr.Raise vbError, "", "Invalid page range: " & CStr(vPageRanges(i))Įnd Function Function GetPaper(printerName As String, paperName As String) As Integer Const DC_PAPERNAMES As Integer = &H10 ReDim printRange((UBound(vPageRanges) + 1) * 2 - 1)ĭim i As Integer For i = 0 To UBound(vPageRanges) = origUsePageSetupĮnd Sub Function GetPrintRange(range As String) As Variant Dim printRange() As Long If range = "*" Then ReDim printRange(1) SwPageSetup.Orientation = origOrientation SwPageSetup.PrinterPaperSize = origPrinterPaperSize SwPrintSpec.printRange = GetPrintRange(PRINT_RANGE) = swPageSetupInUse_e.swPageSetupInUse_Documentĭim swPrintSpec As SldWorks.PrintSpecification SwPageSetup.Orientation = PRINT_ORIENTATION SwPageSetup.PrinterPaperSize = GetPaper(PRINTER_NAME, PRINTER_PAPER_SIZE) OrigOrientation = swPageSetup.Orientation OrigPrinterPaperSize = swPageSetup.PrinterPaperSize Sources: Press materials received from the company and additional information gleaned from the company’s website.Private Declare PtrSafe Function DeviceCapabilities Lib "winspool.drv" Alias "DeviceCapabilitiesA" ( ByVal lpDeviceName As String, ByVal lpPort As String, ByVal iIndex As Long, ByRef lpOutput As Any, ByRef lpDevMode As Any) As Long Dim swApp As SldWorks.SldWorksĬonst PRINTER_NAME As String = "Microsoft Print To PDF" Const PRINT_RANGE As String = "1-3,5" Const PRINT_ORIENTATION As Integer = swPageSetupOrientation_e.swPageSetupOrient_LandscapeĬonst PRINTER_PAPER_SIZE As String = "A3" Const PRINT_SCALE As String = "*" Sub main()Įrr.Raise vbError, "", "Please open the document" End If Dim swPageSetup As SldWorks.PageSetupĭim origPrinter As String Dim origPrinterPaperSize As Integer Dim origScaleToFit As Boolean Dim origScale As Double Dim origOrientation As Integer Dim origUsePageSetup As Integer The Nexa3D XiP Pro is immediately available from authorized resellers. The update offers faster generation of support structures in multiple shapes faster slicing border compensation on base layers and print size file reduction. The operation panel features a 7K LCD screen with 46 µm pixel size, allowing for a detailed view of part creation.Īccompanying this new printer is an updated version of the NexaX OS, the company’s software for workflow automation. “It’s decreasing cost per part while increasing resolution, speed and build capacity.” “With a larger build platform, we’re able to print larger parts and stack smaller parts for maximum throughput,” says early user Glen Mason of Wilson Sporting Goods. The company notes that for some users, this ability will reduce their 3D printing capital investment. The XiP pro is designed to print stacked parts, allowing users to fill the build box with various parts of various sizes. It also supports heat-resistant resins including xPEEK, xCERAMIC and xMOLD. ![]() Supported resins include an array of xABS, xPP and xCE, and various elastomeric materials including xFLEX475 and xFLEX402. The XiP is an open materials platform, allowing the user to choose from various materials. ![]() The print process uses adaptive layer-by-layer monitoring and a closed-loop z-stage with auto-homing. It features a self-lubricating membrane that the company says reduces peel forces and enables faster printing. Try going into your print settings and making it a little larger than 1:1, see if that helps. ![]() Most printers will not print to exact scale, they tend to print a little undersize. The VAT photopolymerization print process uses an LCD-based print technology. If you're trying to throw a scale on it and measure things accurately, then your problem is very likely your printer rather than the software. The company says the combination of build box size and print speed provides the daily throughput of “at least four competitive resin-based printers.” The XiP Pro is rated to print at 24 vertical cm/hr, which Nexa3D says allows the printer to produce an entire build volume in under 2 hours. The company claims “previously unattainable production economics” for this new printer, based on a combination of large build volume, photocuring technology, and part stacking inside the build box. Nexa3D introduces the XiP Pro, the newest model in its line of resin photopolymer 3D printers. ![]()
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