For approved cartons, labels, bottles, jars, pouches, foils and compatible substrates, with manual or conveyor product presentation to the coding position.
Machine overview
H M Pharma Machines manufactures the Batch Coding Machine in Ahmedabad, Gujarat, India for pharmaceutical, nutraceutical, cosmetic, food, chemical and allied production applications.
The Batch Coding Machine uses manual or conveyor product presentation to the coding position for pack handling. Its approved process completes when coded products discharge for verification and packing.
Detailed engineering for the Batch Coding Machine aligns stored messages, date logic, access control, sensor and encoder synchronization with the approved application, target output, utility schedule and final line layout before the GA drawing is released.
Why this machine
The Batch Coding Machine is intended for approved cartons, labels, bottles, jars, pouches, foils and compatible substrates; performance is assessed against the output and acceptance criteria stated for the approved configuration.
Manual or conveyor product presentation to the coding position.
Stored messages, date logic, access control, sensor and encoder synchronization.
For the Batch Coding Machine, the materials and cleanability review follows this product-contact requirement: Machine construction, contact materials, guarding and inspection surfaces are selected for the approved application and environment.
Product changeover covers the print recipe, coding-head position, trigger sensor or encoder setting and any guides needed to present the approved pack.
Coded products discharge for verification and packing.
Operating process
The batch coding machine recalls the approved message, detects each passing pack and applies traceability data at the selected print position.
The operator recalls or enters the approved batch number, date and other variable data before production starts.
Manual feeding or the conveyor carries each product past a sensor that establishes the coding trigger point.
The selected CIJ, TIJ, TTO, laser or compatible coder marks the approved surface, with encoder synchronization used where line-speed compensation is required.
Coded products proceed to visual verification or a configured automatic inspection system before entering the packing stage.
Applications & selection
Pharmaceutical packs can receive approved batch numbers, manufacturing or expiration dates and other traceability data at the validated print location.
Nutraceutical production lines use the coder to apply recipe-controlled lot and date information to compatible bottles, labels, cartons or films.
Cosmetic and personal-care packs can be marked with batch, date or variable data after ink, substrate and print-position trials.
Food and beverage packaging can carry legible lot and date codes synchronized with the actual conveyor speed and pack presentation.
For quality traceability, the selected coding method can be paired with print presence or readability inspection when that option is included.
Existing lines can add a coder after confirming mounting space, sensor position, encoder need, guarding and controller handshakes.
Technical details
| Machine | Batch Coding Machine |
|---|---|
| Category | Special Packaging Systems |
| Suitable For | Approved cartons, labels, bottles, jars, pouches, foils and compatible substrates |
| Working Principle | A product sensor triggers the selected CIJ, TIJ, TTO, laser or compatible coding head while an encoder can synchronize printing with line speed. |
| Infeed / Handling | Manual or conveyor product presentation to the coding position |
| Outfeed / Transfer | Coded products discharge for verification and packing |
| Machine Construction | GMP-oriented stainless-steel construction as defined in the approved scope |
|---|---|
| Contact Materials | Machine construction, contact materials, guarding and inspection surfaces are selected for the approved application and environment. |
| Control System | Stored messages, date logic, access control, sensor and encoder synchronization |
| Changeover | Settings, guides and format parts matched to approved samples or drawings |
| Optional Scope | Coding technology, offline or inline conveyor, scanner or vision verification and reject are configurable. |
| Line Integration | Standalone supply or integration with approved upstream and downstream machines |
| Coding arrangement | The quotation identifies the selected CIJ, TIJ, TTO, laser or compatible coder and its manual, offline or inline mounting arrangement. |
|---|---|
| Substrate and print area | Approve the carton, label, bottle, jar, pouch or foil surface, code location and available print area from samples. |
| Message content | Define batch numbers, dates and other variable data, message layout, date logic and operator access requirements. |
| Pack presentation and trigger | Set product orientation, sensor position and coding-head distance; include encoder synchronization where line-speed compensation is required. |
| Output assessment | Agree packs per minute for the selected coding technology, message, substrate, product spacing and conveyor speed. |
| Print acceptance and FAT | Approve code content, position and legibility on the actual substrate at the agreed speed; automatic verification or rejection is included only when ordered. |
| Power and consumables | The coder load list states electrical supply and connected load; identify the selected ink, cartridge, ribbon or laser operating requirements. |
| Additional services | List pneumatic, data and line signals for the fitted equipment; scanner, vision and reject services apply only to the ordered scope. |
| Product changeover | Document message selection, product guides, sensor position and print-head adjustments for each approved pack. |
| Footprint and shipping | The GA drawing defines coder and conveyor dimensions, print-head access and line height; the packing list states net and packed weights. |
| Warranty | The quotation or order states duration, commencement, covered equipment, exclusions and claim terms. |
| Installation and commissioning | Define coder mounting, message setup, line synchronization, print trials and operator training, with site responsibilities stated in the order. |
Final specifications follow the approved quotation, layout, datasheet and project URS.
Options & project scope
Approved cartons, labels, bottles, jars, pouches, foils and compatible substrates.
Coding technology, offline or inline conveyor, scanner or vision verification and reject are configurable.
Documentation for the Batch Coding Machine records stored messages, date logic, access control, sensor and encoder synchronization, the confirmed utilities and the agreed acceptance tests; drawings, manuals and qualification records are supplied when ordered.
Controls & protection
Controls, alarms and interfaces are confirmed for the ordered configuration.
Stored messages, date logic, access control, sensor and encoder synchronization.
Infeed readiness: manual or conveyor product presentation to the coding position.
Approved transfer: coded products discharge for verification and packing.
Configuration-specific: Electrical, pneumatic, data, printing, vision, reject and line-interface requirements are listed for the selected technology.
Configuration-specific: The approved print-registration, detection, weighing or accept-reject criterion and repeatability test are defined in the FAT protocol.
Coding technology, offline or inline conveyor, scanner or vision verification and reject are configurable.
Related machines
Frequently asked questions
The Batch Coding Machine prints or marks variable batch, date, price, serial, barcode or 2D information on packaging materials.
Suitable products and formats include approved cartons, labels, bottles, jars, pouches, foils and compatible substrates. Final suitability is confirmed from approved samples, drawings and process details.
A product sensor triggers the selected CIJ, TIJ, TTO, laser or compatible coding head while an encoder can synchronize printing with line speed.
The Batch Coding Machine handles material using manual or conveyor product presentation to the coding position.
Coding rate depends on the selected CIJ, TIJ, TTO, laser or compatible technology, message size, print resolution, substrate, trigger spacing and actual line speed.
The coder mount, sensor and encoder position, guide setting and stored message are adjusted for the approved pack surface; ink, ribbon or laser suitability is confirmed on samples.
The approved scope identifies coding-head mount, sensor and encoder brackets, conveyor-contact guides and guards, plus any ink-path, ribbon or laser enclosure materials relevant to the technology.
The available control scope includes stored messages, date logic, access control, sensor and encoder synchronization. Final alarms and interlocks are documented in the approved control specification.
Coding technology, offline or inline conveyor, scanner or vision verification and reject are configurable.
The coding head is mounted where the pack is stable, with a product sensor and optional encoder linked to the conveyor; downstream print inspection can receive the same recipe and trigger information.
Documentation can include message-setup and backup instructions, coding-head layout, sensor and encoder diagram, electrical interface, consumable or laser-safety information, manuals and print-quality FAT samples.
Please provide the following: substrate sample, code content and artwork, print area, permanence, line speed, environment and data-integration requirement.
Contact us
Share your application and required capacity for a quotation.