Hapa 230 Hybrid

Digital and flexographic technologies in one agile, multi-color blister-lidding foil printing system

Basic Info

  • TECHNOLOGY: Hybrid Printing
  • INDUSTRY: Pharma & Healthcare
  • SEGMENT: OTC, Other Pharma & Healthcare

Description

‚ÄčThe Hybrid combines UV DOD piezo inkjet and UV flexo technologies into an agile, two-color solution for printing on blank or preprinted lidding foils. The print modules operate together or separately. The flexo module prints text and artwork in product-branding quality. The digital DOD module prints market-specific info and language variations in small to micro batches down to single presentations.

KEY ADVANTAGES

  • In-house, on-demand printing on blank or preprinted lidding foils
  • Integrates easily onto continuous- or intermittent-motion packaging machines
  • Increased production agility and packaging flexibility
  • Operable as a multi-color printer, up to 4 colors
  • Solvent-free, UV-curable inks
  • Saves material, working capital, and on process waste
  • Saves on inventory and obsolete packaging products
  • Leaner logistics and supply-chain management
  • Faster product turnaround time

KEY OPTIONS
  • Serialization and code printing
  • Preprint control
  • Integration parts
  • Validation documentation
  • Separate electrical cabinet
  • Up to 4-color printing with additional flexo modules
  • Roll-to-roll version available
  • For other options please contact us

RELATED NEWS


Detailed Info

Footprint
Machine depth (mm)1070
Machine height (mm)1226
Machine length (mm)1603
Machine weight (kg)515
Performance
Max speed (m/min)14
Max number of cycles (cycles/min)120
Other technical features
Technological applicationBlisters, Deep draw blisters, Trays, Pouches
SubstratesAluminum foil, Paper-backed foil, Paper, PVC, Tyvek
Technical Data
Max advance length (mm)180
Technical data
Max printing width (mm)300
Max printing length (mm)180
Max web width (mm)310
Min advance length (mm)50
Min web width (mm)64
Resolution (dpi)360
Value proposition
Value propositionFlexibility