Long-distance light Ambient light for space illumination

20 V cordless impact wrench. Brushless motor. 1/4 hex insert. Max torque of 170 Nm. Led light. Includes charger and 2 x 2Ah batteries

La implantación iónica de metales es una tecnología de vanguardia para modificar las propiedades superficiales de metales, plásticos y compuestos. Al acelerar iones objetivo (por ejemplo, metales, C, Si) hacia el interior del material a profundidades nanométricas, mejora significativamente la dureza, la resistencia al desgaste, la resistencia a la corrosión y otras características funcionales. Este proceso permite la creación de materiales avanzados con propiedades superficiales a medida para aplicaciones de alta tecnología. Primer y único proveedor de tecnología de implantación iónica MEVVA en España. Aporta experiencia en recubrimientos y tratamiento superficial de materiales. Reactores de PVD (deposición física en fase de vapor) a escala de laboratorio y semi-industrial. Nuevo equipo de implantación iónica MEVVA instalado. Este equipo permite implantar iones metálicos hasta energías de aceleración de 50 kV.

The Bambu Lab H2D is the successor to the X1 Carbon and is geared towards advanced users, professionals, and makers who need a larger print volume, dual extrusion, and compatibility with high-performance engineering materials. Print volume: Single nozzle: 325 × 320 × 325 mm; Dual nozzle: 300 × 320 × 325 mm. Dual extrusion system, allowing printing with two materials or colors without relying exclusively on the AMS. This facilitates the use of soluble supports and complex technical parts. Maximum speed of 1000 mm/s and acceleration of 20,000 mm/s², surpassing the X1 Carbon in peak speed. Hotend up to 350 °C and heated bed up to 120 °C, suitable for advanced materials such as: ABS, ASA, PC (polycarbonate), Nylon (PA), PPA-CF/GF, PPS and PPS-CF/GF, and carbon or glass fiber reinforced filaments. Active Heated Chamber: Unlike the X1 Carbon, it incorporates active chamber heating up to 65°C, which is crucial for technical materials prone to warping. Sensors and Automation: Includes: Full HD monitoring camera. Head camera. Filament and tangle sensors. Power outage recovery. Dedicated processor for intelligent functions and monitoring. Additional Functions: The H2D can be transformed into a multi-function machine with optional modules: Laser engraving (10W or 40W). Laser cutting. Vinyl cutting. Pen drawing.

Its a high-end 3D printer based on CoreXY architecture, designed to offer high speeds, advanced automation, and compatibility with technical materials. Print volume: 256 × 256 × 256 mm. Artificial intelligence and sensors: automatic flow calibration, first layer verification, redundant automatic bed leveling, and detection of "spaghetti" errors during printing.