Aspose.Words Document Printer for .NET
The Aspose.Words Document Printer for .NET enables developers to send documents directly to a printer—local or network—without showing any user interface. It integrates with .NET’s printing framework to deliver reliable, high‑fidelity outputs of Word, PDF, HTML, ODT, and other formats in desktop, server, and cloud environments.
Installation and Setup
- Install the NuGet package
Aspose.Words
into your .NET project. - Apply your metered license at startup to avoid evaluation limits ( Metered Licensing ).
- For full setup details, see the Installation Guide .
Supported Platforms
- OS: Windows, Linux, macOS
- Frameworks: .NET Framework 4.x, .NET Core, .NET 5/6+, Mono
- IDEs: Visual Studio 2010–2022, Xamarin, MonoDevelop
Quick Start: Print a Word Document
using Aspose.Words;
using System.Drawing.Printing;
var doc = new Document("Document.docx");
// Select a printer
string printerName = PrinterSettings.InstalledPrinters[0].ToString();
// Print silently
doc.Print(printerName);
This example prints the document to the first available printer without UI prompts.
Features and Functionality
Supported Formats
All formats supported by Aspose.Words can be printed directly: DOCX, DOC, RTF, PDF, HTML/MHTML, ODT, EPUB, TXT, Markdown, images, and more.
Printer Selection and Configuration
- Choose any installed printer by name, or fall back to the system default.
- Control paper size, printer tray, duplex mode, orientation, and print quality via
PrinterSettings
. - Compatible with both local and network printers.
Silent, UI‑Free Printing
- Relies on the .NET
StandardPrintController
to suppress dialogs. - Ideal for headless servers, background services, and ASP.NET applications.
- Prevents UI blocking during unattended workflows.
Page Range and Copy Control
- Print all pages or specific ranges.
- Support for odd/even pages, multiple copies, and collation.
- Fully integrated with .NET printing APIs.
Page Setup and Layout
- Adjust margins, orientation (portrait/landscape), and scaling before sending.
- Dynamically align page setup with templates without altering source content.
Duplex and Collation
- Enable two‑sided printing (long‑edge or short‑edge binding).
- Fine‑tune collation and stapling options depending on hardware.
Batch and Async Printing
- Queue multiple documents in one process.
- Run asynchronous jobs without blocking the main thread.
- Monitor status with events/callbacks and throttle throughput.
Error Handling and Logging
- Detect printer errors (paper jams, offline status, out‑of‑paper).
- Integrate with logging frameworks to capture job diagnostics: printer name, document name, error codes.
Example: Print Specific Pages with Duplex
using Aspose.Words;
using System.Drawing.Printing;
var doc = new Document("Report.pdf");
var settings = new PrinterSettings
{
PrinterName = "HP LaserJet",
FromPage = 1,
ToPage = 5,
Copies = 2,
Duplex = Duplex.Vertical
};
// Print silently with defined settings
doc.Print(settings);
Common Use Cases
- Automated reports: print invoices, contracts, and reports server‑side.
- Batch workflows: queue labels, tickets, or tags in production lines.
- Silent background jobs: integrate into services requiring unattended printing.
Best Practices
- Reuse a single
PrinterSettings
object for repeated jobs. - Validate printer availability before dispatching batches.
- Implement retry logic for recoverable printer errors.
- Keep document data in memory (streams or SSDs) for faster print cycles.
- Align default document templates with printer defaults (paper size, margins).
- Always confirm license setup early to prevent watermarks or row‑limits.
FAQ
Does this require Microsoft Office or Acrobat? No. Printing is powered by Aspose.Words’ rendering engine and .NET printing APIs.
Can I print PDFs directly? Yes. PDF is supported natively.
Can I print only selected pages?
Yes. Use PrinterSettings.FromPage
/ ToPage
or PageRange
objects.
Can I monitor job status? Yes. Subscribe to print events and capture job diagnostics in logs.
Is it thread‑safe?
Yes. Each Document
instance can be printed concurrently on different threads.