Solution compacte laser DED fil (WLAM) et poudre (LMD)

Gicam 600

La solution polyvalente, industrielle et économique d’impression 3D métal pour la fabrication, la réparation ou le prototypage.
Technologie d'impression combinant laser-fil (WLAM) et laser-poudre (LMD) sur une seule plateforme.
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Prototyping, repair, and manufacturing—all in one tool

Gicam 600

Quick to learn and easy to integrate, whether for production or advanced training, on a state-of-the-art industrial machine.
All of Sotimeco's DED technology in a compact format, without compromising on production volume.
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Compact design | Plug & Play | Manufacturing, repair, prototyping

Gicam 600

Prototyping, repair, and manufacturing—all in one tool

The Gicam 600 is a compact and cost-effective metal additive manufacturing solution, designed and manufactured by Sotimeco.
Compact and quick to install, it fits into any workshop without requiring major modifications to the production space. It offers a quick learning curve and immediate integration, whether for production or training, on a state-of-the-art industrial machine.
Like all Sotimeco solutions, the Gicam 600 is equipped with the technologies common to the Gicam line.
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Printing Technology
DED laser nozzle for wire (WLAM) or powder (LMD). Patented rotary laser printing nozzle (up to 50% material savings, fast manufacturing, optimized energy consumption).
Raw material feed (powders or wires) integrated into the head, as close as possible to the process. Interchangeable laser deposition head.
Laser Technology
Diode or fiber laser, 0.5 to 3 kW (or higher as an option), red or blue wavelength.
Laser spot diameter adjustable via control panel—from 1.5 mm to 3 mm as standard, starting at 0.3 mm upon request. Adjust the deposition precision for each application without changing tools.
Patented rotating nozzle
Can be positioned in any orientation thanks to the rotary system with a standoff of >15 mm. Access to complex geometries without compromise—a decisive advantage over fixed 3-jet nozzles.
Average powder utilization: 70%.
Wire & powder — same machine
Change the print head in just a few minutes: switch from WLAM mode (wire laser, heavy parts, repairs) to LMD mode (powder laser, precision, complex alloys) without any structural modifications. Material deposition rate: up to 1.5 kg/h, depending on the material.
Dual material delivery system
Patented dual-material feeding system: powders or wires.
For each type of material, a dual powder feeder and a dual wire feeder enable the production of parts composed of two materials (for example, a steel core coated with a Stellite surface) or the creation of material blends in precise and variable proportions.
Patented multi-dispenser for powder
Plug-and-play tanks in various sizes. Simultaneous feeding of two powders (see more) with real-time adjustment of proportions—gradual composition gradients, two-component systems without abrupt interfaces.
Process Control and Management
Le logiciel embarqué SotiMind supervise et contrôle l'ensemble du process et de l'environnement : flux, pressions, débits, alimentation matière, refroidissement, gaz de protection/transport, point de rosée, l’hygrométrie, température, etc.
Real-time monitoring
Dual optical cameras (process + general monitoring), monitoring of flow, pressure, flow rate, dew point, humidity, and temperature in the powder tanks.
Remote Monitoring
It can be connected to SotiGate, Sotimeco's monitoring platform, which analyzes and displays in real time data from the machine's core and the manufacturing process.
FAO & Integration
Compatible with leading CAM software: RhinoRobot, Adaone, NX… Control interface with control panel and dual monitors.
Computer Numerical Control
Linux CNC + SotiMind control system.
5-axis technology that allows the model and the nozzle to be constantly reoriented to avoid the creation of support structures, which consume time and material.
Security and Compliance
CE-certified and designed with an enclosed cabinet, limiting direct exposure to laser radiation and process fumes.
Capacities
Build volume: 400 x 400 x 600 mm.
Dimensions: 1700 x 952 x 2250 mm.
Maximum load capacity: 100 kg (standard).

FAQ

What types of parts can the Gicam 600 process?
How much floor space should be allocated for a Gicam 600?
Does the Gicam 600 use the same technology as the other Gicam models?
Can the Gicam 600 be monitored remotely?
What specific benefits does the patented rotary nozzle offer in terms of precision and productivity?
What is the material yield of the Gicam 600 in powder deposition?
In practical terms, how does this return affect me?