PRIMERA LX610e Pro komplet

Creating professional full-colour labels in-house often means compromising on print quality, speed, or media flexibility. The PRIMERA LX610e Pro eliminates those trade-offs by combining high-resolution thermal inkjet printing with a built-in digital die-cutter, so you can produce custom-shaped, vibrant labels on demand without outsourcing or investing in separate cutting equipment.

Who is it for

This bundle is ideal for small to medium businesses, e-commerce sellers, and in-house marketing teams that need short-run, full-colour labels for products, packaging, and promotions. It suits users who require precise contour cutting, durable output, and easy integration with existing Windows or Mac workflows.

Main features

• High-resolution 4800 x 1200 dpi thermal inkjet printing for sharp text and graphics.
• Built-in digital die-cutter trims labels to any custom shape without dies or setup fees.
• Prints at up to 114.3 mm/sec (4.5 ips) for efficient batch jobs.
• Supports roll-fed labels, tags, and fan-fold media up to 104 mm wide.
• Includes starter roll of TuffCoat™ high-gloss labels and tri-colour ink cartridge.
• USB 2.0 connectivity with PTPrint™, NiceLabel® Free 2019 DTM Edition, and BarTender® UltraLite software.

Specifications

• Print technology: Thermal Inkjet
• Maximum resolution: 4800 x 1200 dpi
• Maximum print speed: 114.3 mm/sec
• Maximum print width: 104 mm
• Maximum label length: 609.6 mm
• Minimum label width: 25.4 mm
• Maximum roll diameter: 152 mm
• Core diameter: 50.8 mm or 76.2 mm
• Colour model: CMY (tri-colour cartridge)
• Connectivity: USB 2.0
• Power supply: External universal switching (100-240 VAC, 50/60 Hz)
• Supported media: Paper, polyester, polypropylene, vinyl
• Operating systems: Windows 7/8/10/11+, macOS 10.11+

Tips

For best results, use Primera-approved TuffCoat™ media and genuine ink cartridges. Keep the cutter blade clean and replace it periodically to maintain crisp edges on intricate shapes. Store unused labels in a cool, dry place to prevent adhesive degradation.