Autostudi is a design company specialized in the automotive and industrial sector.
Founded in 1983 by Carlo Angiono, the company deals with consultancy for car manufacturers and suppliers in the sector. Its structure is characterized by the presence of highly professional designers and engineers, which allow optimal management of projects in close collaboration with customers.
Autostudi follows a methodological approach that goes from the first stylistic phases to the definition of the complete project, including design, engineering development, creation of models and prototypes, and finally the actual production phase.
Compact chmsl w/o frontal optics for ww markets
Patent-pending solution for homogeneity and performances
Ameca-compliant materials
High brightness
Super-red color
Glass-like apperance
In-Mold Electronics (IME) integrates printed circuits into 3D plastic parts during molding. This process enables lighter, thinner, more durable designs with greater freedom, often used for automotive interfaces.
Design Freedom: Allows for complex 3D shapes, curved surfaces, and seamless integration, offering greater aesthetic possibilities compared to traditional flat PCBs.
Weight and Space Reduction: Significantly lighter (up to 70%) and thinner than traditional electronics assemblies by eliminating PCBs and mechanical components.
Improved Durability & Reliability: Electronics are encapsulated within the plastic, protecting them from environmental factors (moisture, scratches, chemicals) and physical wear; fewer parts and connections reduce potential failure points.
Potential Cost Savings: Can reduce manufacturing, assembly, and material costs due to fewer components, simplified assembly (amenable to automation), and less raw material usage.
Enhanced Functionality Integration: Enables seamless integration of touch controls, lighting, sensors, antennas, and haptics into a single component.
Sustainability Benefits: Reduces material consumption, energy usage, and production waste compared to traditional methods.
Repairability: Embedded electronics are typically difficult or impossible to repair; damaged components usually require complete replacement.
Manufacturing Complexity & Challenges: The process involves potential issues like conductive ink cracking during thermoforming, component damage/detachment due to molding heat and pressure, and requires precise process control.
Material Requirements & Compatibility: Needs specialized materials like stretchable conductive/dielectric inks and compatible thermoplastic resins that can withstand the forming and molding processes.
Development Time & Cost: Initial development can be time-consuming and potentially costly, especially for complex designs, as the technology is still relatively new for some applications.
Standardization: Lack of established industry-wide standards for design rules, materials, and testing can be a hurdle, although standards are emerging
designed for FIA (Federation Internationale de l’Automobile). Thanks to its state-of-art LED ceramic-glass technology and high-optimized heatsink.
24 X HIGH POWER RGB LEDS
UP TO 1.5 A PER LED
LUMINANCE OVER 250000 CD/M2
ULTRA HIGH VISIBLITY IN ALL WHEATER CONDITION
are a unique type of ultraviolet (UV) light source that have found increasing applications in various industrial and scientific fields. Here's a breakdown of their key characteristics:
Quasi-Monochromatic Emission
High Intensity
Versatile Wavelengths
Relatively Low Operating Temperatures
