The TEAX32C20-8 high power 32mm voice coil 8ohm exciter provides high electro-magnetic efficiency and exceptional power handling. It is designed for commercial and industrial audio, driving heavy, rigid surfaces.

The TEBM46C20N-4B Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a full-range, high performance acoustic solution.

The TEBM65C20F-8 Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution. It features an advanced ferrite motor system for low cost. A 4ohm version is also available.

The TEBM65C20F-4 Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution. It features an advanced ferrite motor system for low cost..

The TEAX25C10-8/SP SoundpaX exciter is an audio transducer intended to be mounted on a flat surface.

The TEAX25C05-8 is an audio panel exciter capable of turning a wide variety of flat surfaces into a quality loudspeaker. Offering high levels of performance and great value this exciter is well suited to driving light, stiff materials such as paper honeycomb and foam board.

The TEBM36S12-8/A Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic Elements bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a full-range, high performance acoustic solution. This second generation drive unit has the same audio characteristics as its predecessor, with improved response smoothness and linearity at high excursion. A 4 version is also available

The TEBM36S12-4/A Balanced-Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution. An 8Ω version is also available.

The TEBM28C10-4/A BMR® is an audio drive unit with an extended frequency response and wide directivity. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation.

The TEBM36S05-4 Balanced Mode Radiator (BMR) is an audio drive unit with an extended frequency response and wide directivity compared with a conventional drive unit. It combines the benefits of Tectonic bending-wave technology and pistonic modes of operation. It is ideally suited for compact audio applications that require a fullrange, high performance acoustic solution.

The TEBM35C10-4 BMR® is an audio drive unit with an extended frequency response and extremely wide directivity. It combines the benefits of Tectonic Elements bending-wave technology and pistonic modes of operation. The small form-factor is ideally suited for compact products that require a full-range drive unit, room filling sound and a high performance acoustic solution.

The TEAX19C01-8 is an audio panel exciter capable of turning a wide variety of flat surfaces into a quality loudspeaker.

The TEAX19C01-4/LP audio exciter is a very compact and highly optimised electrodynamic transducer. It combines an efficient magnetic circuit topology with a low profile suspension design for maximum placement flexibility. Ideal for any application where depth is the critical dimension.

The TEAX19C01-4/LP audio exciter is a very compact and highly optimised electrodynamic transducer. It combines an efficient magnetic circuit topology with a low profile suspension design for maximum placement flexibility. Ideal for any application where depth is the critical dimension.

The TEAX13C02-8/RH audio exciter is a highly optimised small form factor electro-dynamic transducer. It combines an efficient magnetic circuit topology with a compact design for maximum placement flexibility.

The TEAX19C01-4/LP audio exciter is a very compact and highly optimised electrodynamic transducer. It combines an efficient magnetic circuit topology with a low profile suspension design for maximum placement flexibility. Ideal for any application where depth is the critical dimension.