Instructor-led training (
ILT) Onsite dedicated training (
OST)
Price
USD $4,700
CAD $5,460
Course overview
The HP Indigo Press 3500 press operation course focuses on the concepts, procedures, and practices required to operate the digital printing press safely and effectively. This five day class builds confidence in new operators who will be responsible for the operation and maintenance of the HP Indigo Press 3500. Topics covered include operator routines, safety precautions, care and preventive maintenance, paper transport, handling of consumables, control of color, maintenance of the press, and troubleshooting common operator level printing problems.
Prerequisites
Candidates should possess the qualities described in A Guide to Evaluating Core Competencies for Operator Candidates
Having a background in printing technology (traditional press operation, prepress, graphic design) and basic computer skills help students excel and are preferred, but are not necessary
Audience
Training is structured specifically for those individuals who are new to the HP Indigo family of digital offset printing presses and will be assigned to operate the hp 3500.
Ways to save
Onsite dedicated training course (OST) at your location
Course objectives
By the end of this training the operator will be able to:
Understand the safety and disposal procedures
Identify the parts and their functions in the HP Indigo Press 3500
Perform daily and weekly maintenance routines
Perform consumable replacement successfully
Utilize the press software to print files
Understand how color is controlled within the HP Indigo Press 3500
Successfully print on multiple substrates
Next steps
Three to six months practical production experience running the press
HP Indigo Press 3500 Shared Maintenance
Benefits to you
Trained HP Indigo Press operators will positively influence press reliability in the following areas:
Machine stability and dependability by performing routine maintenance, on schedule and according to prescribed procedures
Productivity while minimizing waste and maximizing consumable life by monitoring the printing process, recognizing output problems, and implementing the appropriate corrective actions
Achieving optimum print quality by understanding the machines capabilities
Printable version
