Honeywell snij-eenheid voor PX4i en PX4ie industriële printers

Manual label separation slows down high-volume printing and introduces errors. The Honeywell Cutter Kit solves this by automatically cutting labels, tags, and continuous media as they exit your PX4i or PX4ie industrial printer. This field-installable module delivers clean, precise cuts for on-demand media handling, boosting throughput and reducing operator intervention.

Who is it for

This cutter kit is built for warehouses, manufacturing lines, and logistics hubs that rely on Honeywell PX4i or PX4ie printers for high-volume label and tag production. It suits operations that need automatic media separation without sacrificing print speed or accuracy.

Main features

• Guillotine cutter mechanism for clean, straight cuts on a wide range of media.
• Automatic cutting operation synchronised with print jobs for hands-free workflow.
• Supports labels, tags, continuous media, and synthetic materials up to 114.3 mm wide and 0.25 mm thick.
• Industrial-grade construction with robust metal and plastic components for durability in demanding environments.
• Field-installable kit includes cutter assembly, mounting hardware, and installation guide.
• User-serviceable blades (sold separately) extend cutter life and reduce downtime.

Specifications

• Compatibility: Honeywell PX4i and PX4ie industrial printers
• Cutter mechanism: Guillotine
• Cutting operation: Automatic
• Maximum media width: 114.3 mm (4.5 inches)
• Maximum media thickness: 0.25 mm (10 mil)
• Supported media types: Labels, tags, continuous media, synthetic media
• Installation type: Field installable kit
• Included components: Cutter assembly, mounting hardware, installation guide
• Maintenance: User-serviceable blades (blades sold separately)

Tips

Ensure the cutter is properly aligned during installation to avoid media jams. Use only genuine Honeywell replacement blades for consistent cut quality. For best results, pair this cutter with high-quality label stock within the specified width and thickness limits.