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SISMA (Italy) will present the metal laser 3D printers MYSINT at ROSMOULD 2019 (Booth B.02)

Apr 24, 2019

SISMA is a worldwide reference in the design and production of extremely high precision machinery and laser systems.

MYSINT100

MYSINT_100RM

MYSINT100 is a metal 3D printer that exploits the LMF (Laser Metal Fusion) technology. SISMA is offering MYSINT100 also in dedicated configurations, as suggested solutions for specific manufacturing markets: jewelry (PM pack), industry (RM pack) and dental (license and dedicated software). MYSINT100 is a user-adjustable system where each machining parameter can be set by the operator: the entire production strategy is fully customizable according to specific needs, objectives and to the experience that has been gained already.

The patented Tilting Coater allows a notable reduction of the re-coating time, thus significantly improving the productivity. The uniform and stable inert gas flow grants the best melting stability for a perfect laser fusion, while keeping its consumption down to a minimum (patented).

MYSINT100 can be used to manufacture disruptive new designs that shatter the boundaries of what was feasible before, enhancing creative possibilities and flexibility, opening up to new, exciting scenarios in today’s manufacturing landscape.

First of its kind, MYSINT100 Dual Laser is one step ahead: a professional metal 3D printer improved with two laser sources. MYSINT100 Dual Laser has been specifically developed thinking of those businesses where on point timing in deliveries does make a difference in gaining efficiency and profits. Thanks to the double laser sources the productivity can be increased up to 80% (compared to MYSINT100). The increased speed of production allows to reach an extreme flexibility: the deadline for overnight deliveries can be pushed forward, batch and time allowances are finally under your control and can be allocated as efficiently as possible. Production cycles can be optimized on your costumer’s needs and conditions, with no extra effort from your side. Reduced production times can lead either to a daylight shift - only - working environment or on the contrary the possibility of an extra productivity overnight, together with fast lane delivery strategies. All of this while being conveniently operated by a single operator, without the need of loading or unloading peripherals.

Brand new features available include:

Condition Monitoring: ongoing visualization of operating parameters, which are available in a final summary for every processing.

Powder Bed Monitoring: the combined use of cameras and software allow for instant verification of fusion quality and process stability.

PM pack (Precious Metals)

Developed to deliver the highest level of efficiency in terms of material usage. The sealed working chamber, the machine architecture and the dedicated burnable filter allow total recovery of the unused metal powder.

Software and hardware solutions are implemented to optimize and reduce the amount of powder needed to manufacture each piece. The software can dynamically determine the optimal quantity of powder supply to ensure the perfect powder deposition for each layer.

The building cylinders are removable, interchangeable and available in different diameters, letting to adjust the setting to suit material, size and number of pieces about to be manufactured. When creating a unique piece of custom jewellery or trying out a new material, users can switch from the standard 100 mm platform to the smallest set of 34.5 mm and reduce the amount of material loaded, while exploiting the precision of a finer laser spot (30 µm). Having open parameters also means users can experiment. SISMA has already achieved impressive results with precious metals such as white and red gold, silver and platinum.

RM pack (Reactive Metals)

An adaptation to the building chamber (Glove Box) allows to safely process reactive metals such as titanium and aluminum, greatly expanding the possibilities of application with those materials that are most popular in the industrial manufacturing sector.

MYSINT 300, get ready to think big

MYSINT_300

MYSINT300 offers the possibility of an increased building volume (dia 300 mm x h 400 mm).

MYSINT300 is designed to ensure the best reliability in the production of small series and medium sized pieces. It is a user-adjustable system where each machining parameter can be set by the end-user. The patented Tilting Coater allows a notable reduction of the recoating time, thus significantly improving the productivity: a simple mechanism that ensures repeatability and stability of the process. Thanks to the removable cylinders the powder recharge is fast and easy while the cycle restarting time is lowered to its minimum. The circular shape of the platform prevents any dispersion of the powder and the machine comes with a long life dedicated filter, which reduces the maintenance required.

MYSINT300 doesn't need any powder refilling or unloading during the building cycle, even when printing at full capacity for a full volume non-stop manufacturing. At the end of the process, the powder and piece unloading can be assisted by an optional unpacking station.

Brand new features include:

Condition Monitoring: ongoing visualization of operating parameters, which are available in a final summary for every processing.

Powder Bed Monitoring: the combined use of cameras and software allow for instant verification of fusion quality and process stability.

SISMA

SISMA_HQs

High precision manufacturing solutions, machinery and laser systems.

SISMA is a worldwide reference in the design and production of extremely high precision machinery and laser systems. Established in 1961, today SISMA can count on an extensive experience with more than 130 different models of automatic chain making machines. Today at the forefront in the development of laser solutions, SISMA has been able to extend its know-how to marking, welding, cutting, engraving and additive manufacturing. Innovative by vocation, SISMA combines an independent and state of the art center of excellence for design and engineering with a highly efficient production facility to ensure always the highest product quality and a prompt response to market changes.