TruLaser Cell Series 3000 offers a flexible solution for 2D and 3D processing of small components.
Typical applications are in medical technology, precision engineering and the electronics industry - wherever high precision, quality and reliability are required.
| Category | 3D laser processing |
| Products | TruLaser Cell 3004, TruLaser Cell 3008, TruLaser Cell 3010, TruLaser Cell 3309 |
| Application Fields | Laser welding, laser cutting, 2D, 3D, laser drilling, laser coating |
The universal laser machine for 3D processingThe TruLaser Cell 3010 with up to six axes is suitable for 2D and 3D processing of large workpieces. Sample parts and prototypes as well as small and medium series can be welded, cut or drilled with it, economically and precisely.
Solid portal construction of hard stone and glass gauges are the basis for the highly precise travel guidance.
All axes are driven by service-free digital servomotors and ball screws and monitored by high-resolution measurement systems. The generous dimensions guarantee a long service life and high precision.
The laser machine with potential for workpiece transfer upgrade. The TruLaser Cell 3008 is a 3-axis cantilever machine that can be used for automated applications with transfer. The clamping table is attached to the machine frame and can be lowered in three stages. In this way, higher workpieces can also be processed.
The compact laser machine for small workpieces
The TruLaser Cell 3004 is a compact and stable laser machine for rapid 2D processing of small workpieces and for rotationally symmetrical parts.
For instance, it is used with four axes for medical technology, precision engineering and the electronics industry.
The laser machine with integrated rotation changer
The TruLaser Cell 3309 is the appropriate machine for semi-automatic production because it offers workpiece change without downtime. While the workpiece is being processed in the safety enclosure on one side, the other side is freely accessible for loading and unloading. The focusing optic is precisely moved over the standing workpiece with a 3-axis cantilever system.
Where space is restricted - for instance on an assembly line - the laser device and the machine can be set up separately.
With the active security measure of the safety enclosure, even large laser outputs of high brilliance are controlled within a small space.
Unified operation concept: all laser and machine functions are accessible at one control panel. The TruLaser Cell can be connected with a central server over an Ethernet connection.
We reduce downtimes and service breaks to a minimum. With your approval, our specialists can access your system online by Telepresence and solve problems.
Since our laser sources and laser systems are optimally calibrated to each other, you will always find the right laser for your application with TRUMPF.
Various focus settings adapt the laser beam optimally to the processing. For no-warp welding applications, multiple focus settings can be selected in the machine. A uniform attachment system guarantees rapid refitting.
Different welding angles can be precisely set with pivotable focusing. In association with the 3D option, it can keep the laser beam perpendicular to free-form surfaces.
Prototypes or small batches of fine stamped parts are easily and quickly cut on the cutting equipment.
The blanks are held securely in place with pneumatic clamps. The spacing control always provides for the correct focus position.
Appropriate devices position the workpiece in the work area optimally for 3D processing. Clamping functions are monitored and switched from the configurable PLC controller.
Our rotary axis makes simple processing of rotationally symmetrical workpieces possible. Different variants of rotary axes and clamping devices assure correct centering.
Mounting shielding panels with no-warp spot welds.
Circular weld on rotationally symmetrical parts. With the laser, even different materials can be connected with good quality joins
Spot and seam welds to join a sheet metal construction.
The cutting edge cut out is preformed by the laser.
Seal welding of housings and containers.
Cutting a tube or pipe or a stamped blank.
Cutting a tube, pipe or stamped blank.
Prototypes to standard parts are cut from a blank
without fabrication of costly tools, regardless of whether the material is non-ferrous metal, aluminum, spring steel, ceramic or steels of various qualities.
Drilling lubrication holes.
![[Translate to english:] Laserschneiden.](typo3temp/pics/6cc93e87fa.jpg "[Translate to english:] Laserschneiden."){kind=small}
