Date and batch coding
Review changing dates, batch numbers or traceability content on compatible product and packaging surfaces.
FY-LMM04Define the line.
Define the line.
Then define the marking window.
FY-LMM04 is a flying marking platform for products moving through production or packaging lines. Specify motion, product detection, code content and line communication together before selecting the source and optics.
WorkflowMoving production-line products
Motion inputsReview sensor and encoder integration
ContentDefine dates, batches, serials and data source
LMM04
01 / FY-LMM04
Machine & details
Confirm the final equipment and configuration in the quotation.
Conveyor marking
Coordinate the marking position with product motion, spacing, detection and the available process window.
Connected production data
Define counters, database fields, PLC signals and any verification or reject process before choosing the control arrangement.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
01 / PRODUCT MOTION
Describe the line across its operating range.
A single nominal speed leaves important conditions undefined. Include acceleration, speed variation, product spacing and stability at the proposed marking position.
- Minimum, normal and maximum line speed
- Product pitch, orientation and movement
- Available distance around the marking point
Is an encoder always required?
Discuss my application ↗The control method depends on line conditions. Variable speed or tighter registration can call for encoder feedback; confirm it with the integration proposal.
Confirm the final equipment and configuration in the quotation.
02 / CODE AND MATERIAL
Fit the mark into the available window.
Material response, artwork size and content affect what can be completed as the product passes. Test the actual surface and complete code at the required operating conditions.
- Exact surface, coating and material
- Full code content and mark dimensions
- Contrast, placement and reading criteria
What determines achievable line speed?
Discuss my application ↗Material, optics, filled area, code detail and required contrast all affect the process window. Agree speed against an application test rather than a scanner-speed figure.
Confirm the final equipment and configuration in the quotation.
03 / LINE INTERFACES
Decide how data and decisions move.
Identify who supplies the trigger, code data and verification decision. Agree communication, timing and fault handling before equipment and controls are finalised.
- Sensor, encoder and PLC signals
- Code source, format and update timing
- Verification and reject responsibilities
Can it use production-database content?
Discuss my application ↗Available interfaces depend on the software and project architecture. Provide the data format, communication method and update requirements for review.
Confirm the final equipment and configuration in the quotation.
03 / Configuration
Configuration & supply scope
Confirm the final equipment and configuration in the quotation.
| Machine format | FY-LMM04 flying production-line marker |
|---|---|
| Product movement | Specify full speed range and product spacing |
| Detection / motion feedback | Confirm trigger sensor and encoder requirements |
| Data / line communication | Confirm code source, PLC, verification and reject signals |
| Laser source / power | Select for the actual surface and required mark |
| Lens / marking field | Confirm code size, detail and installation clearance |
| Process acceptance | Approve sample quality, placement and operating speed |
| Installation scope | Confirm mounting, guarding, extraction, utilities and software |
More published configuration details
Configuration scope
The platform is identified below; the quoted equipment and operating values depend on the approved application.
For source selection, compare fiber , MOPA , CO2 and UV laser marking machines .
| Item | Configuration / information to confirm |
|---|---|
| Machine platform | FY-LMM04 flying production-line marker |
| Product motion | Specify minimum, normal and maximum line speed and product spacing |
| Line interfaces | Confirm trigger, encoder, PLC, code source and verification or reject signals |
| Laser source and rated power | Selected for the material and required mark; confirm the exact source in the quotation |
| Lens and marking field | Confirm artwork dimensions, smallest feature, depth and required contrast |
| Process performance | Agree sample result and cycle or line-speed target for the actual material |
| Utilities and supply scope | Confirm electrical supply, cooling, extraction, computer, software and fixtures |
Related equipment
Compare the formats
04 / Downloads
Planning resources
Download application guide (PDF, English, 6 pages)English document · 547 KB↓Before you enquire
Does a demonstration establish my production rate?+
No. It shows a particular setup. Your material, full code, product motion and acceptance criteria must be evaluated together.
What if products arrive at irregular spacing?+
Document the actual spacing and detection conditions. The integration review must determine triggering, code timing and handling of missed or unsuitable products.
Is inspection or automatic rejection included?+
Confirm the project scope. Verification equipment, decision signals and reject hardware must be identified separately in the line proposal.
05 / Discuss my application
Tell us what you need.
Send a line video or layout, speed range, product spacing, material and complete code. Include sensor, encoder, PLC and verification requirements for an FY-LMM04 integration review.
Selected machineFY-LMM04
FY-LMM04
Tell us what you need.
Continue on our contact page to share your application and request a configuration.
Discuss my application ↗