Laird Technologies
Laird Connectivity simplifies the enablement of wireless technologies with market-leading wireless modules and antennas, integrated sensor and gateway platforms, and customer-specific wireless solutions.
Laird Technologies is the world's leading producer of electromagnetic interference (EMI) shielding materials, thermal interface products and wireless antennas solutions for the telecommunications, data communications, computer, general electronics, network equipment, aerospace, defense, automotive and medical equipment industries.
Laird Thermal Systems develops thermal management solutions including thermoelectric modules, assemblies and liquid cooling systems for demanding applications across global medical, industrial, transportation and telecommunications markets. Thermal Systems is the optimum choice for standard and custom thermal solutions.
Laird Performance Materials is a world leader in high-performance thermal interface materials (TIMs) and TIM automated application solutions, keeping electronics cool. Laird inductive components filter out noises generated by active components to preserve system signal integrity. Laird's electromagnetic products mitigate disruptive waste energy using enclosure solutions and absorbers. Laird integrated solutions resolve multiple electromagnetic and heat dissipation problems along with structural issues through a single design.
A unit of the The Laird Group PLC, Laird Technologies is incorporated in the state of Delaware and was formed by merging some of the world's leading EMI shielding, thermal management, and wireless antenna brands. Our strength is rooted in the success of Instrument Specialties, APM, Bavaria Elektronik, Altoflex, R&F Products, BMI, Warth, and most recently, Thermagon and Centurion.
Headquartered in St. Louis, Missouri, USA, the company has manufacturing plants and technical support operations in the United States, China, France, Germany, Hungary, Sweden, Japan, United Kingdom, the Czech Republic, Singapore, Malaysia, Korea and Taiwan.