Precision in Motion: Engineering Robust and Reliable Electro-Mechanical Systems. We bridge the gap between intricate electronic functions and real-world physical performance. From rugged enclosures to complex automated machinery, Embien delivers holistic electro-mechanical solutions engineered for manufacturability, durability, and excellence.
Why do leading companies trust Embien for their most complex electro-mechanical challenges? Because our approach is fundamentally different. We offer a unified ecosystem where world-class electronics and mechanical engineering teams collaborate under one roof.
Our co-located teams work in tandem from concept to production. This eliminates the communication gaps and design conflicts that plague siloed development, resulting in faster iterations, optimized designs, and a cohesive final product.
We go beyond basic design. We incorporate Design for Manufacturability (DFM), Design for Assembly (DFA), and Design for Testability (DFT) principles, ensuring your product is efficient to produce, assemble, and validate at scale.
We adhere to rigorous international standards for design and documentation. Our quality management system, based on ISO 9001, guarantees that every drawing, model, and prototype meets the highest benchmarks for precision and reliability.
We have cultivated a robust network of trusted partners for fabrication, prototyping, and specialty manufacturing. This allows us to manage the entire production lifecycle, delivering turnkey solutions from a single, accountable source.
We design complex automated systems involving multi-axial motion (ball screws, linear guides), force application (toggling mechanisms), and torque transmission (gears, belts, pulleys).
We create custom enclosures for electronic equipment, from small form-factor wearables to large industrial cabinets. We specialize in designs meeting specific IP ratings (IP65, IP67, IP68) and material requirements (plastics, sheet metal, composites).
We produce detailed, manufacturing-ready 3D models and 2D drawings using industry-leading CAD software. Our documentation follows ASME and ISO standards for ultimate clarity and precision.
Using Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD), we simulate structural stress, thermal performance, and fluid dynamics to validate and optimize designs before a single part is made.
We have proven expertise in designing molds for plastic injection molding, including complex over-molding and silicon molding, ensuring high-quality, repeatable parts.
We manage the creation of functional prototypes and first articles through our network of fabrication partners, allowing for rapid design validation and testing.
IP65, IP67, IP68 for waterproofing.
Plastics, sheet metals, and custom options.
MIL, Automotive, and Medical-grade standards.
Designs that enhance your brand’s appeal.
We have honed our capabilities to meet the unique and stringent requirements of the world's most demanding sectors.
We design components and systems that withstand the harsh automotive environment. Our expertise includes enclosures for ECUs, sensor mounting brackets, and mechanisms for interior systems, all designed in compliance with IATF 16949 principles and tested against standards like ISO 16750 for environmental durability.
We engineer rugged, mission-critical systems that perform flawlessly in extreme conditions. Our designs adhere to strict MIL-STD-810 (environmental), MIL-STD-461 (EMC), and MIL-S-901D (shock) standards. We specialize in SWaP-optimized designs for airborne and ground-based applications, including ATR chassis and sealed enclosures.
We build the backbone of modern manufacturing. Our experience ranges from precision dispensing machines and multi-axis gantry systems to complete automated test jigs. We focus on reliability, serviceability, and safety, ensuring our designs maximize uptime and operational efficiency.
We balance aesthetics with functionality to create products that are both beautiful and durable. We have extensive experience designing small form-factor enclosures for wearables and high IP ratings for water and dust resistance.
We meet the stringent requirements of the health care industry. Our past work includes medical devices like hearing aids, focusing on ergonomics, material safety (biocompatibility), and customized clinical analysers.
Embien leads the way in electro-mechanical design, mastering complex projects with mathematical analysis, simulations, and a deep understanding of physical principles.
After Discovery & Requirements Gathering, our process is collaborative and structured: 1) Concept Design & Feasibility, 2) Detailed 3D/2D Design, 3) Simulation & Analysis, 4) Prototyping & Validation, and 5) Production Support & DFM.
Don't let mechanical challenges hinder your innovation. Partner with Embien to develop a robust, reliable, and market-ready product.
