Electronics
The Success of Companies with Technology-Enabled Manufacturing & Design
Electronic Hardware/Firmware
Hardware engineers are industry veterans in product design, with a portfolio spanning from consumer products and wearable devices to telecommunication and aerospace. Whether it is a compact wearable or a large industrial automation board, every project receives the same standard of care and skillful workmanship. Hardware capabilities include system design, schematic design, PCB layout, production, testing, documentation, and certification support. Clients demands firmware expertise that provides low- and high-level descriptive languages for bare-metal, RTOS and embedded environments such as Linux or FreeRTOS, with extensive sensor and other peripheral system development.
Customized PCB Designs
Advanced printed circuit boards (PCBs) are commonly used in high-precision electronic devices. With the continuous development of the technology, the demand is also getting higher and higher. PCB designs are the most vital part of the complete circuit board; thus most of the clients want to have the best electronic fabrication approaches as their core service. This include sizing/layout, component placement, thermal management and other embedded components. We utilize advanced fabrication techniques such as 3D ink-jet printing and 3D printing to provide PCB designs of 3D dimensional via careful placement from the simplest single sided PCB to HDI and sequential laminated multi-layers with multiple blind and buried vias. 3D printing can allow for boards and circuitry with complex shapes that can, for example, fit more easily in specific casings or integrated into larger systems. A complete PCB asssembly (PCBA) solution requires the best SMT processes, whether manual and automatic or single and double sided placement of all component types
Embedded System Engineering
The latest generation of embedded systems is characterized by a high device density and an extremely small footprint. To simplify both the PCB design and assembly phases, more and more designers are adopting embedded component technology. Through this technique, inductors, resistors and capacitors are directly embedded into the PCB. This reduces the length of the traces, the number of soldering points and costs, improving the electrical performance of the circuit and its reliability. Resistors, capacitors and inductors are placed on the inner layers, by printing or etching, during the PCB manufacturing process. Subsequently, they are incorporated into the PCB during the lamination process of the multilayer printed circuit. Inductors also include models equipped with a magnetic core. Ferromagnetic cores are embedded in a PCB substrate, while inductive windings are made via photolithography and other standard PCB fabrication processes. Rather than being built one at a time, the components are laid out on a PCB panel and fabricated using an automated process.
Turnkey Solutions for end-to-end Electronics Development & Fabrication
Here at MetaMetry, our design engineers work side-by-side with our industrial designers and mechanical engineers as part of a complete in-house design and problem-solving team. Our experienced electronics and embedded systems engineers can add cellular, Wi-Fi, Bluetooth®, RFID, GPS and other types of secure wireless control and connectivity to your product. We have developed numerous systems using wired and wireless battery powered approaches. Our design skills include non-contact inductive charging, USB, Power over Ethernet (POE), and more. We also have designed many types of user controls including: touch-pads, biometrics, keys, audio command, gesture movement and more. We have years of experience capturing and processing many types of sensor data including: video image capture, image processing, recording and DSP alteration of audio signals, temperature, vibration sensing and alerting with a wide variety of other sensor data manipulation. At strategic points in the design process, we conduct comprehensive verification and validation testing as well as provide advanced fabrication methods such as additive manufacturing, micro-fabrication, cleanroom manufacturing and automated SMT.
MetaMetry allows you to make the most of your resources. We offer flexible services that are tailor-fit to the requirements of your specific project. Hire the talent you need for the tasks you need completed — no more, and no less. Whether you need an engineer to help design your system and/or part, a 3D modeler to hash out your ideas, or a product designer to help you with the design process throughout, we'll work with you to pair you with the services you need.