Vienna acoustics Klimt Series 落地音響 公司貨［價格非標價 聊聊私訊談］

Following the introduction of the flagship of our Klimt Series™, The Music, we present the smaller yet no compromise model, The Kiss.
As its larger sibling, The Kiss is based on the same revolutionary and patented Flat-Spider-Cone coincident driver system. This new design is able to produce the Platonic ideal of the entire critical seven octave human vocal range and beyond in a single, phase coherent time plain without any of the normal horn loading and compression present in most conventional designs. Not only does this technical innovation free the sound of virtually all mechanical interference, it also allows for great placement freedom that is normally not experienced nor expected in a reference speaker system.
The physics of this patented driver are an outgrowth of Vienna Acoustics’ longstanding use of reinforced cones designed to maximize strength at nodal multiples while keeping mass to a functional minimum. Flat cones actually do not provide stiffness, but we turned a disadvantage into an advantage by turning to our own patented Spider-Cone technology. This technology not only delivers the best weight – stiffness ratios of any construction, it also allows specific and calculated sound and impulse-response tuning by varying the quantity of ribs, their shape, their thickness, radial or concentric orientation and specified placements within critical positions. The only other construction close is in application is that of sandwich or honeycomb technology that has already proven to be too heavy for our application.
Basis for the cone material is our X3P in a proprietary mix with other materials for the optimum result of stiffness and inner-damping ratio combed with our Spider-Cone light-weight-framing on the cone’s rear wall. All cones are then produced by Vienna Acoustics in Austria. By using finite element analysis, Vienna Acoustics’ chief designer Peter Gansterer was able to create a radial-vaned structure cast into a flat cone that produces an enormously stiff, flat surface (thereby eliminating time and frequency specific phase shift across the driver surface).