An industrial inkjet printer should be selected from the mark that remains usable throughout the pack's intended handling and storage. Provide real substrate samples: plastics with different additives, coated cartons, glass, metal and flexible film may behave differently with the same ink. Specify the smallest readable characters, number of lines, variable dates and any machine-readable code. Include dark surfaces, condensation, oil or product residue in the test conditions.
Define a readable code on the actual material
An industrial inkjet printer should be selected from the mark that remains usable throughout the pack’s intended handling and storage. Provide real substrate samples: plastics with different additives, coated cartons, glass, metal and flexible film may behave differently with the same ink. Specify the smallest readable characters, number of lines, variable dates and any machine-readable code. Include dark surfaces, condensation, oil or product residue in the test conditions. This category covers noncontact production coding; it differs from applying a printed adhesive label or permanently engraving a metal part with a laser.
Shown as a configuration reference. Availability and the equipment offered for your project are confirmed separately.
Compare print technology and ink through trials
Continuous inkjet, thermal inkjet and other industrial printing methods should be compared against message complexity, line motion, stand-off and substrate. Nominal maximum speed usually depends on a particular message, so request samples at your actual content and size. Select ink using adhesion, contrast, drying time and exposure requirements rather than color alone. Ask for consumable identifiers, material compatibility and the relevant handling documentation. A printer that makes a good fresh code may still fail after rubbing or cold storage. Retain approved samples and settings before finalizing the head and ink combination.
Plan triggering, mounting and data control
Show the print position, conveyor motion, product presentation and available head clearance. Define the trigger sensor, encoder needs and what happens when products arrive with irregular gaps. The mounting should resist vibration while allowing safe cleaning and adjustment. Confirm cable routing, head access and the site environment, including dust or washdown adjacent to the printer. Variable data should come from an assigned source with controls against incorrect recipes or dates. If a camera checks the code, specify its acceptance and reject handling separately. Printing a message does not establish a complete traceability process.
Include consumables and maintenance in the quote
Compare the printer, head, mounting, sensor, encoder, software connections, starter fluids and training within the delivered scope. Request consumption assumptions for the defined message and production pattern, including starts, stops and cleaning. Budget for ink, make-up fluid, filters and the service parts required by the selected technology. Clarify shelf life, storage and local availability of consumables. Software subscriptions or remote support should be stated explicitly. Avoid comparing equipment prices while ignoring recurring consumable costs or a maintenance schedule that depends on operating hours rather than accepted product output.
Test legibility after real handling exposure
The acceptance run should produce your complete message at the normal and highest required speed on the approved substrate. Inspect placement, contrast, missing characters and machine-readable performance where requested. Then apply the agreed rubbing, moisture, temperature or chemical exposure relevant to the pack. Check startup, restart after idle periods, consumable changes and deliberate incorrect-recipe conditions through the responsible team. Keep printed samples with their ink, settings and test method. A brochure photo of a code demonstrates appearance under its own conditions, not lasting readability on a different production surface.
Request a documented coding interface
Include artwork or message files, substrate samples, print position and data-flow requirements in the RFQ. OEM requirements may cover branding, document languages and authorized control screens. ODM integration can include special head fixtures, multi-line coordination, host communication or code verification, with responsibilities assigned between printer and line suppliers. Agree access levels, message backups and who validates future ink or substrate changes. Manufacturer references show equipment and consumable approaches; the exact offer, local fluid availability and finished-code durability need project-specific confirmation before purchasing.
Manufacturer configuration references
Review the linked manufacturer information as configuration references. Request the current sheet, included scope and relevant evidence for the exact proposed equipment; these references do not establish an IndustryApex supply relationship.
What should you include in your RFQ?
- Substrate samples and surface finish
- Message content and variable fields
- Required lines character size and codes
- Maximum and typical line speeds
- Print position and head clearance
- Ink color adhesion and product exposure
- Drying time before handling
- Sensors encoder and line interfaces
- Room temperature dust and washdown
- Ink make-up consumption and service
- Data source and access control
- OEM integration and destination requirements
For OEM / ODM requests, include the branding, packaging, configuration or engineering changes you need, initial and annual quantities, target market, sample approval and acceptance requirements. Feasibility and commercial scope are confirmed for the specific project.
Need OEM / ODM customization?
Submit branding, packaging, configuration or engineering requirements for this equipment. Include the target market, initial and annual quantities, required changes and acceptance criteria.
Customization feasibility, permitted branding, development responsibilities, minimum quantity, cost and lead time are reviewed for the proposed supplier and configuration before a quotation is confirmed.
Frequently asked questions
When is continuous inkjet appropriate?
Continuous inkjet is worth evaluating for noncontact variable coding where message size, substrate and moving-line conditions fit its tested capability. Compare actual print samples and maintenance requirements with other technologies before selecting a printer and ink.
How do I choose ink for dark or slippery surfaces?
Choose ink using demonstrated contrast, adhesion, drying time and expected exposure on real substrates. Dark and slippery surfaces need specific trials; retain approved samples and consumable identifiers instead of assuming a color choice guarantees readability.
What sensors and mounting are needed?
Specify product triggering, speed measurement or encoder needs, head clearance and mounting stiffness. Show cable routing and cleaning access, and define stop/restart and message-selection behavior with the production line and any code-verification system.
How should inkjet operating cost be compared?
Compare ink, make-up fluid, cleaning, filters, service parts and downtime for the same message and production schedule. Include starts and idle periods, local consumable supply, software costs and maintenance assumptions alongside the printer purchase price.
How do I verify code durability?
Print the approved message at required speeds, then test rubbing, moisture, temperature or chemicals relevant to the pack. Assess placement, contrast and code readability after exposure; keep ink, substrate and settings with retained acceptance samples.
Can coding messages and data interfaces be customized?
Yes. Request variable messages, host data, languages, access levels and special head fixtures. Custom integration needs an agreed interface and error-handling plan; validate message correctness and substrate performance before accepting the completed coding station.
Reference information
- Videojet: 1580 C continuous inkjet printer
- Videojet: 1580 specifications and operating resources
Reference data and images explain equipment configurations. IndustryApex engineers confirm the offered model, specification and commercial scope in your project quotation.