TROY 4001DN MICR Laser Printer (TRS4001DM101)

Description

Key Features

• Print secure checks in-house.
• Designed for low-volume check printing to help streamline your workflow.
• Fast printing enables efficiencies in small to medium sized office environments.
• MICR fonts are created specifically for optimal reading and minimal errors.
• Includes a full size, standard-yield MICR Toner Secure, the World’s Most Fraud Resistant MICR Toner, to protect your checks from chemical alteration.
• Print secure checks in-house. Designed for low volume check printing to help streamline your workflow. Fast printing enables efficiencies in small to medium sized office environments. Enjoy HP award-winning reliability combined with optimized check printing security from TROY®.
• Print secure checks in-house. Designed for low-volume check printing to help streamline your workflow. Fast printing enables efficiencies in small to medium sized office environments. Enjoy HP award-winning reliability combined with optimized check printing security from TROY®. Works with blank check stock by adding the MICR line at the point of print, or use with preprinted check stock to protect the payee and amount. MICR fonts are created specifically for optimal reading and minimal errors. Includes a full size, standard-yield MICR Toner Secure, the World’s Most Fraud Resistant MICR Toner, to protect your checks from chemical alteration.
• Print secure checks in-house. Designed for low-volume check printing to help streamline your workflow. Fast printing enables efficiencies in small to medium sized office environments. Enjoy HP award-winning reliability combined with optimized check printing security from TROY®. Works with blank check stock by adding the MICR line at the point of print, or use with preprinted check stock to protect the payee and amount. MICR fonts are created specifically for optimal reading and minimal errors. Includes a full size, standard-yield MICR Toner Secure, the World’s Most Fraud Resistant MICR Toner, to protect your checks from chemical alteration.