The Rotary Table Laser Marking Machine is a fully automated inline solution designed to optimize your marking cycle time. It is the go-to laser machine when only a few seconds are available to apply direct part marking or when deep laser engraving is required.
Easy to integrate in production lines, the machine’s dual-stage rotary table leverages the robot’s assistance to load and unload fixtured parts while a permanent marking is applied.
You don’t have to slow down production when the required marking time exceeds the robot’s idle time. With the rotary table’s dual position indexer, laser marking occurs in hidden time, using just a few seconds of the robot’s time for part loading.
Designed to make use of nearly 100% of the cell cycle time, the rotary machine is ideal for longer laser processes, such as large identifiers, shotblast and powder coat resistant markings that may require deep engravings.
Because the part is as good as the mark, the rotary table machine can be equipped with an advanced autofocusing system that automatically compensates for misalignments, thermal dilatation and shape fluctuation.
Apply data matrix codes and barcodes on a wide variety of parts and rapidly switch from one production to another simply by changing fixtures. With our intuitive HMI, you can also move or resize codes and text through PLC communication.
To minimize maintenance and ensure long term performance, this laser machine is equipped with active dust and heat management.
Achieve instant quality control for your markings. Our standard barcode validation peripheral identifies any uncompliant marking just after the marking operation, including data matrix codes, QR codes, serial numbers and so on.
Safety is never an option. As a turnkey solution, this automated machine complies with international laser safety standards. It helps you create a 100% safe work environment without requiring personal protective equipment.
Send us your parts to obtain a comprehensive test report which includes the marking quality, the marking speed and much more.
With up to 500W of available laser power, our experts can adjust the marking speed as needed to fit your cycle time.
The laser machine can also be powered with a 2D head, which is less expensive and adapted for flat surfaces and surface roughness imprecisions, or a 3D head, which is ideal for any type of part geometry or to compensate for bended parts.
To fix potential robot imprecisions, the 3D Autofocus system detects part positioning variations and uses that information to automatically adjust the marking process. This allows you to consistently generate high-contrast markings.
The standard HMI control panel provides direct access to laser marking parameters near the machine. You can manually adjust the laser marking zone, scale the identifiers, edit them and more. You can also enter the manual operation mode to run tests or calibrate the laser. Finally, you can display information such as the system status, the operation mode and the alarm history.
If you want to add custom features in the HMI, contact us.
Marking quality can be verified directly in the machine with our standard barcode validation system and precalibrated Cognex camera.
To comply with the latest industrial traceability standards, Cognex’s VisionView can be integrated directly in our standard HMI to help you visualize reading results as well as perform maintenance and diagnostics on the barcode reader. You gain access to their standard views and database analysis tools, which can be used for production lot tracking, marking quality statistics and much more.
The Laserax team can build custom fixtures to fix your parts onto the rotary table.
Leave no room for operation mistakes that lead to incorrect serialization. Our fixture validation system can automatically read the fixture’s barcode and load its corresponding parameters. As a result, the right laser configuration and automation sequence are started every time.
For more machine options, contact a Laserax expert.
| Category | Specifications |
|---|---|
| Laser Power | 20W, 30W, 50W, 100W, 200W, 300W, 500W |
| Laser Type | Ytterbium-doped fiber |
| Wavelength | 1064 nm |
| Laser Source MTBF | 100,000 hours |
| Marking Process | Laser etching, laser engraving, laser annealing |
| Typical Weight | 1000 kg |
| Cooling | Air cooling |
| Power Requirements | 120V, 230V, 240V / 15-40 AMP |
| Power Consumption | 1.5 kW to 5.8 kW |
| Operating Temperature | 10°C to 45°C |
| Communications | Ethernet/IP, PROFINET, PROFIBUS |
| Multi-Parts Marking | Performed with fixturing |
| Rotary Table Diameter | 800 mm (or more if needed) |
| Door Opening Duration | 3 s |
| Maximum Part Dimensions | Customizable |
| Maximum Part Temperature | 400°C |
| Part Material | Aluminum, zinc, magnesium, steel, iron (all metals) |
| Marking Surface Roughness (Positioning) Tolerance | +/- 3 mm |
| Post Process Treatment Resistance | Heat treating, shotblasting, e-coating, powder coating, shot peening |
| General Dimensions (W x D x H) | 3000 x 1250 x 900 mm The machine’s dimensions can be scaled to your part dimension requirements if required. |
Powered by fiber lasers, the rotary table laser machine can be used to engrave, etch or anneal most types of metals, including steel, stainless steel, aluminum, anodized aluminum, magnesium, lead and zinc.
To mark plastics, rubber and cardboard, our CO2 laser markers can be integrated in custom solutions through your own system integrator or through our trusted partners.
Whether you need on-site or remote support, our engineers and laser experts can rapidly identify the cause of your problems, making sure your production operations are up and running in no time. With the laser machine’s remote functionalities, remote support is secure and always available.
The LXQ is one of the two fiber laser systems that can power the machine. These OEM systems are optimized to mark metals and can be integrated into custom laser marking solutions.
Completely customizable, the automated door machine is designed for less demanding cycle times than the rotary table machine. Once the part is dropped onto fixtures, the supporting robot is idle until the marking operation is over.
The Open Air machine relies on a robot to hold the parts in place during laser marking. The robot must have enough idle time to wait for the complete marking operation.