Equipment and code examples from the supplied product reference. Final mounting and marking configuration are confirmed for your project.
Coding & Marking Machines
Series: W6000
CO₂ laser coding equipment for production dates, batch numbers, text, barcodes and QR codes on approved beverage packaging. Compare W6236 and W6330 models for conveyor speeds up to 50 and 110 m/min.
- Models W6236 · W6330
- Conveyor speed 0–50 / 0–110 m/min
- Laser power ≥40 W
- Laser wavelengths 9.3 / 10.2 / 10.6 μm
- Cooling system Air-cooled
- Power supply 220 V
Line integration
Position in the Production Line
The current stage is highlighted. This example shows how the equipment connects within the selected line.
- Parallel preparation01AWater TreatmentFilter · Purify · Disinfect01BBottle BlowingPreform to Bottle
- 02FillingRinse · Fill · Cap
- 03DryingRemove Surface Moisture
- 04CodingDate · Batch · TraceabilityCURRENT
- 05LabelingSleeve · Hot Melt · Self-Adhesive
- 06PackingFilm · Carton · Tray
- 07PalletizingStack Finished Packs
Swipe or scroll to explore all stages →
Reference flow only. Final process and equipment scope depend on the product, container, output and project requirements. Each stage links to its equipment or equipment category.
Equipment Overview
The W6000 series brings compact CO₂ laser coding and marking machines into beverage packaging lines. A sealed metal RF laser generator and high-precision two-dimensional scanning system create the selected code within the approved marking field.
The compact modular arrangement supports installation beside a conveyor, while the illustrated upright stand provides an adjustable mounting arrangement. The integrated 10-inch controller supports text, numbers and graphic file layouts for packaging identification.
Select the model against the actual conveyor speed, package spacing and code content. Send production samples for wavelength, contrast, code position and readability testing before the final configuration is confirmed.
Machine Details
Compact Laser Coding Unit
The illustrated compact modules combine laser marking hardware with a separate touchscreen controller for flexible positioning beside packaging equipment.
Adjustable Marking Station
The upright mounting arrangement supports positioning the laser head and controller at the approved marking location. The reference stand net weight is 30 kg.
Date, Batch & Code Examples
The reference shows text, date and two-dimensional code samples on packaging. Final contrast and readability are verified using your actual production materials.
Coding Technology
Select the Laser Configuration
Material, marking field and conveyor motion determine the final configuration.
Wavelength & Material
Available wavelengths are 9.3, 10.2 and 10.6 μm. Select a configuration after testing the package material, color, coating and desired mark.
Marking Field & Focus
Choose from 90 × 90, 110 × 110, 200 × 200 or 400 × 400 mm marking areas. The reference lists a 117 mm standard focusing lens and red-light focusing.
Code Layout & Line Motion
Text and graphics share the marking field. Match code length, character height, package pitch and conveyor motion to the selected model.
Core Specifications
| Machine structure | All-aluminum structure |
|---|---|
| Laser generator | Sealed metal RF CO₂ laser generator |
| Laser power | ≥40 W (reference specification for both models) |
| Laser wavelength options | 9.3 μm / 10.2 μm / 10.6 μm |
| Scanning system | High-precision two-dimensional scanning system |
| Controller | Highly integrated motherboard with embedded 10-inch screen |
| Operating system | Windows CE |
| Cooling system | Air-cooled |
| Standard focusing lens | 117 mm standard focus configuration |
| Marking modes | Dot-matrix and vector marking |
| Minimum line width | 0.03 mm |
| Repeatability accuracy | 0.01 mm |
| Marking area options | 90 × 90 / 110 × 110 / 200 × 200 / 400 × 400 mm |
| Positioning method | Red-light focusing |
| Character lines | Multiple lines within the selected marking area |
| Font library | English text, numerals and Chinese characters |
| Graphic file formats | BMP / DXF / HPGL / JPEG / PLT |
| Barcode formats | Code 39, Code 128 and QR; other symbologies subject to confirmation |
| Power supply | 220 V |
| 3D stand net weight | 30 kg |
| Operating environment | 0–45 °C; relative humidity ≤95%; non-condensing; no vibration |
Reference specifications are based on the supplied W6000 product sheet. Lens, wavelength, field size and achievable code quality are confirmed for the selected configuration. Dimensions and additional utility requirements are confirmed during engineering review.
Model Comparison
W6000 Laser Coding Machine Models
Compare conveyor speed, scanning speed, total input power and machine net weight.
| Model | Conveyor speed | Scanning speed | Total input power | Machine net weight |
|---|---|---|---|---|
| W6236 | 0–50 m/min | ≤7,000 mm/s | 600 W | 18 kg |
| W6330 | 0–110 m/min | ≤12,000 mm/s | 800 W | 25 kg |
Working Principle
- Prepare the Code. Load the approved date, batch, text, barcode or graphic layout and confirm the marking field.
- Set the Marking Position. Position the laser head and package; use red-light focusing to establish the approved setup.
- Coordinate Line Motion. Confirm package triggering, spacing and speed feedback with the conveyor and line controls.
- Apply the Laser Mark. The two-dimensional scanning system directs the laser across the selected code layout.
- Verify the Result. Check legibility, position and barcode readability on representative production samples.
Engineering Highlights
Practical design details for installation, operation and line matching.
Compact Integrated Solution
W6000 SeriesCompact laser modules and a touchscreen controller support installation beside existing packaging equipment.
Modular Installation
Flexible MountingThe modular arrangement supports installation and relocation when the approved line layout changes.
Air-Cooled Design
0–45 °CAir cooling is specified for both models. Provide suitable ventilation and the required operating environment.
Two Conveyor-Speed Ranges
Up to 50 / 110 m/minSelect W6236 or W6330 against the project conveyor speed and verified code workload.
Line Integration
Line Integration
Equipment role and interfaces for this reference application.
In this reference flow, coding follows bottle drying and precedes labeling and secondary packing. The coder applies the approved identification to the container. When the code is applied to a label, the station position is reviewed after the labeling process.
- Package Handling: stable conveyor travel, package spacing and an accessible marking position.
- Motion & Controls: confirmed trigger, speed-feedback and upstream/downstream signals.
- Code Verification: sample approval and any required inspection or reject-system interfaces.
- Installation Scope: mounting, laser guarding and extraction requirements coordinated during engineering.
Equipment and Project Configuration
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CO₂ Laser & Scanner
Sealed metal RF generator with high-precision two-dimensional scanning.
-
Integrated Controller
Embedded 10-inch screen with Windows CE operating system.
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Air Cooling & Focusing
Air-cooled laser arrangement and red-light focusing.
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Text & Graphic Layouts
Dot-matrix and vector marking with the listed fonts and file formats.
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Wavelength Selection
9.3, 10.2 or 10.6 μm, selected after material testing.
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Marking Field Selection
Four listed field sizes, matched to the code area and lens configuration.
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Mounting Arrangement
Compact installation or the illustrated adjustable stand; supply scope confirmed in the quotation.
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Line & Inspection Interfaces
Triggering, speed feedback, guarding, extraction and code inspection requirements reviewed for the project.
The final quotation defines the selected hardware, stand, interfaces and auxiliary equipment supplied.
Utilities and Installation
Electrical Supply
220 V reference supply. Confirm local frequency, connection and grounding requirements before installation.
Input Power
600 W for W6236; 800 W for W6330. Machine net weights are 18 kg and 25 kg respectively.
Operating Environment
0–45 °C, relative humidity ≤95%, non-condensing and without vibration.
Cooling & Access
Provide ventilation for air cooling and sufficient access for focusing, cleaning and maintenance.
Marking Position
Confirm conveyor height, head orientation, package stability and the accessible code area.
Installation Review
Confirm mounting, laser enclosure/interlocks and fume extraction scope for the actual application.
Before You Decide
Frequently Asked Questions
Answers to common questions about selection, code quality and line integration.
Which packaging materials can be marked?
Compatibility is confirmed with your production samples. Material, color, coating, surface finish and wavelength affect the result. Send the bottle, closure, label or pack to be coded together with the target code position and readability requirement.
Which model fits our production line speed?
The reference conveyor-speed ranges are 0–50 m/min for W6236 and 0–110 m/min for W6330. Scanning speeds are listed separately at ≤7,000 and ≤12,000 mm/s. Select the model after testing code length, character size, package spacing and material response; the sheet does not specify bottles per hour.
Can it connect to an existing beverage packaging line?
The compact and stand-mounted arrangements support line-side integration. Confirm conveyor layout, marking position, package trigger, motion feedback, upstream/downstream controls and any code-inspection interfaces during engineering review.
Can it mark multiple lines, barcodes and QR codes?
Multiple lines can be arranged within the selected marking area. The reference lists Code 39, Code 128 and QR, together with BMP, DXF, HPGL, JPEG and PLT graphic formats. Other barcode symbologies and practical code sizes are confirmed before order placement.
How do we select the wavelength and marking field?
The listed wavelengths are 9.3, 10.2 and 10.6 μm, with marking fields from 90 × 90 to 400 × 400 mm. Selection depends on the package material, required code area, available installation space and test result. The reference includes a 117 mm standard focusing-lens configuration.
What information is needed for a coding proposal?
Provide production packaging samples, material and surface details, the exact code or artwork, required code dimensions and position, conveyor speed, package spacing and project location. Include photographs or a layout of the existing line when integrating a coder.
Line Solutions
Compatible Production Lines
Select the coding station together with the complete packaging process.
Project Services
Manufacturing & Line Integration
Core equipment manufacturing, auxiliary-machine coordination and complete-line integration are managed as one system to reduce interface risks before delivery.
FAT & Quality Inspection
Project checks before packing and delivery.
Installation & Commissioning
On-site setup, testing and operator training.
Local Support in Indonesia
Local coordination for service and spare parts.
Let us match the right coding solution.
Send packaging samples and these four project details. We will review the laser configuration, code result and line connection plan.