Innco systems turntables are designed to be installed for surface mounting, free space environments or integrated, as part of a raised ground plane floor system.

Measurement systems for mobile, laptops, tablets and other specific electronic equipment, can be achieved using hi-tech materials, such as Rohacell (as used in Aerospace Industry).

Innco Systems EMC Chassis Dynamometer Systems (sometimes referred to as a ‘’rolling road’’), used in the development and homologation for Automotive Industry, are specifically designed to be used in Anechoic Chambers.

Antenna adapters for all standard antennas are available. Nonstandard are also available upon request. The adapter materials are designed to provide stability, with the lowest possible weight.

Antenna Masts are an integral part of EMC and RF measurement systems.  Innco system masts are renowned worldwide as the standard benchmark.

Innco systems offers a wide range of accessories for your EMC test and measurement systems. Low reflective test tables, wall mounting brackets, projector screens, portable cooling systems, portable exhaust systems and much more.

Our experienced and highly qualified engineering team enables Innco systems to offer a wide range of possibilities to design positioning systems according to your specifications or measurement applications.

Our absorbing clamp slide rail systems are designed for automatic measurement of radiated emissions on cables, according to CISPR 13, CISPR 14-1 and EN 50083-2 international standards.

Our manual height Antenna Stands are specifically designed to be used in EMC and Antenna facilities, for measurements at a fixed height.

The introduction of our new CO3000 controller combines more than 20 years of experience, with research and development, taking into consideration feedback from existing new and existing customers.

The Field Probe Positioner FSM2315 is designed for the automation of the 16 point measurement, according to IEC/EN 61000-4-3. The system provides X and Y axis positions for continuous and step by step movement for the filed probe, 0.8m above the floor and with a 1.5m x 1.5m area, for the 16 sensor positions.