Bring your product vision to life with DEVELOP LLC’s engineering services. Backed by years of experience, our integrated team of mechanical engineers, electrical engineers, and industrial designers provides a friction-free path from concept to market-ready product, all under our single source guarantee.
Regardless of your industrial electronics’ features and functionalities, DEVELOP LLC’s electrical engineering team brings years of rugged design and testing expertise to your project. Our custom solutions include:
Using our extensive experience with top brands like Atmel, Nordic, STMicroElectronics, and Texas Instruments, we build custom-tailored embedded systems and firmware development solutions that perform with unparalleled efficiency. Our proficiency in C/C++ and Python allows us to meet any project requirement, including:
Our mechanical engineering team works closely with our industrial designers to deliver compliant, highly-functional solutions designed for intended performance, following an agile and cost-effective process. This collaboration results in innovative industrial product design. Our competencies include:
DEVELOP LLC offers a comprehensive New Product Development Service, guiding you through every stage from initial concept to market launch. Our integrated team of mechanical engineers, electrical engineers, and industrial designers provides expert engineering services to transform your ideas into successful products. We act as a key partner for companies seeking innovative product development companies with a strong focus on industrial manufacturing and bringing cutting-edge hardware design to life.
Our industrial designers and mechanical engineers work together to deliver efficient, functional, cost-effective, and compliant end products that work as intended.
To get started, contact us today.
We understand you may have questions about our Automation Assessment process. Here are answers to some of the most common questions we get asked.
“Design for manufacturing” (DFM) is a critical approach focused on optimizing product designs for efficient and cost-effective industrial manufacturing. Importantly, our mechanical engineers also incorporate knowledge of Design for Automation (DFA), using our expertise in designing automation equipment. That involves considering factors like material selection, assembly processes (both manual and automated), tolerances, and end-of-arm tooling early in the industrial product development services phase to reduce production costs and improve both the manufacturability and automation potential of your hardware design.
Firmware development is a crucial aspect of our engineering services, providing the fundamental software that controls embedded hardware design and manufacturing. Efficiently written firmware directly impacts the speed, reliability, power consumption, and overall performance of embedded systems used in various industrial manufacturing applications, ensuring optimal functionality of your hardware design.
When tackling hardware design for embedded systems in demanding industrial manufacturing environments, several critical factors come into play. Our expert electrical engineering team meticulously considers ruggedness and unwavering reliability, ensuring operation in harsh conditions. We prioritize power efficiency for optimal performance and longevity, alongside real-time responsiveness crucial for many industrial automation applications. We integrate diverse communication protocols, including those vital for Industry 4.0 and embedded systems integration, all while adhering to stringent industrial standards and compliance, ensuring a future-proof solution.
Within our engineering services, embedded systems provide the intelligent core of many industrial product development projects, while firmware development brings that hardware to life with custom software. This combination is essential for creating efficient, functional, and interconnected solutions across various industrial manufacturing applications.
Electrical hardware design for demanding industrial applications presents multiple key challenges. Our experienced electrical engineering team excels at managing intricate power distribution networks and ensuring robust signal integrity even in noisy industrial manufacturing environments. Effective thermal management is paramount for reliability and longevity, while our designs rigorously address electromagnetic compatibility (EMC) to prevent interference. Finally, we carefully select only the most robust components, capable of withstanding the harsh operating conditions inherent in industrial systems.
