3d printer

Bigrep One v3

Year of construction: 2007, condition: ready for operation (used), A 3D metal printing machine Concept Laser GmbH in need of repair is available. Technology: Laser melting (SLM)/LaserCusing, working dimensions X/Y/Z: 250mm/250mm/280mm, layer thickness range: 20µm-80µm, max. scanning speed: 6m/s, focus diameter range: 50µm-500µm, laser power: 200W, printing materials: stainless steel/aluminum/titanium/nickel-based alloys/cobalt-chrome. Machine dimensions X/Y/Z: approx. 2450mm/2400mm/1650mm, weight: approx. 2000kg, laser cabinet dimensions X/Y/Z: approx. 600mm/1200mm/1200mm, weight: approx. 180kg, blower dimensions X/Y/Z: approx. 550mm/1450mm/550mm, weight: approx. 70kg. Including various printing materials such as titanium plates, steel plates and aluminum alloys. The machine has CF card defects and the communication between laser GUI and RCU breaks down. Documentation available. On-site inspection is possible. Hedpfx Ajww Ivnemgjn

Condition: used, Designation: 3D Printer Selective Laser Melting Machine Manufacturer: SLM Solutions AG Model: SLM 280 HL Build Volume: 280 x 280 x 365 mm (minus substrate plate height) Machine Configuration: Single Optic, 1x 400W Materials Used: (1.4404, 1.2709, L40, AlSi10Mg) Laser Operating Hours: 1500 h Build Rate up to 88 cm³/h: depending on material and part geometry Variable Layer Thickness: 20 μm - 90 μm Hodpfx Aewpkcnemgen Minimum Feature Size: 150 μm Focus Diameter: 80 - 115 μm Max. Scan Speed: 10 m/s Average Shielding Gas Consumption during Build Process: 3.0 l/min (argon) Average Shielding Gas Consumption during Flooding Process: 200 l/min (argon) Electrical Connection / Power Consumption: 400 Volt 3NPE, 63 A, 50/60 Hz, 3.5 - 5.5 kW Compressed Air Requirement / Consumption: 60 l/min at 6 bar Machine Dimensions: 2600 mm x 1200 mm x 2700 mm Condition: Used item as shown in the pictures. Please contact us if you have any questions. Shipping: The specified shipping costs apply to deliveries within Germany. Worldwide shipping available (please request shipping costs outside Germany). Sale to commercial customers only, without warranty or guarantee. Technical data may vary and errors in the description may occur and are subject to change.

Condition: used, Year of construction: 2020, Temperature-controlled processing tanks are vital in various industries, including food, pharmaceuticals, and chemical manufacturing, where precise temperature management is essential for product quality and safety. Here’s a detailed overview of temperature-controlled processing tanks: What is a Temperature-Controlled Processing Tank? A temperature-controlled processing tank is a vessel designed to maintain a specific temperature range during the processing of materials. These tanks are equipped with heat exchange systems, temperature sensors, and control mechanisms that ensure the contents remain at the desired temperature throughout the processing cycle. Key Features - Heating and Cooling Systems: - Heaters: Can be electric or steam-based to raise the temperature of the contents. - Chillers: Usually water or glycol-based cooling systems to lower the temperature. - Insulation: Tanks often come with insulation to minimize heat loss or gain from external environments, maintaining stable internal conditions. - Temperature Control Systems: Sophisticated controllers and sensors (like thermocouples) monitor and adjust the temperature in real-time, providing precise control over the processing environment. - Mixing Mechanisms: Many temperature-controlled tanks have integrated mixers or agitators to ensure uniform temperature distribution throughout the contents. - Material Construction: Typically made from stainless steel or other materials that are resistant to corrosion and can withstand high temperatures. Applications in the Food Industry - Pasteurization: Heating milk and other liquids to kill bacteria while maintaining product quality. - Cooking: Precise temperature control during cooking processes (e.g., making sauces, soups, or jams) to ensure proper texture and flavor. - Fermentation: Regulating temperatures during fermentation processes (e.g., beer, yogurt) to ensure the right conditions for microbial activity. - Storage: Maintaining the quality of sensitive ingredients (like chocolate or dairy) by controlling temperatures to prevent spoilage. Advantages of Temperature-Controlled Processing Tanks - Quality Assurance: Consistent temperatures lead to uniform product quality, flavor, and texture. - Safety: Helps in maintaining food safety standards by ensuring thorough cooking or pasteurization processes. - Energy Efficiency: Advanced control systems can optimize energy use, reducing operating costs. - Versatility: Suitable for various processes including heating, cooling, and maintaining temperatures for different food products. Hsdpfx Amjy E Hy Usgsn Considerations - Control Precision: The accuracy of temperature control systems is crucial; look for tanks with advanced control features for better reliability. - Cleaning: Ensure that the tank design allows for easy cleaning to comply with sanitation standards, especially in the food industry. - Integration: Consider how easily the tank can be integrated into existing processing lines and systems. High shear mixers are essential equipment in the food processing industry, particularly for emulsifying, blending, and homogeneously mixing ingredients with varying viscosity levels. Here’s an overview of how they work and their applications: What is a High Shear Mixer? A high shear mixer is designed to create high shear forces that thoroughly mix ingredients together. It typically consists of a rotor-stator assembly where the rotor rapidly spins, creating a vacuum that draws ingredients into the m...