CANORA tube specialist since 1995
For nearly 30 years, we have been dedicated to designing top-of-the-line audio products. CANOR specializes in tube technology, and our first integrated tube amplifier (product name TP101) was showcased at an exhibition in Brno, Czech Republic in April 1995. Our goal at CANOR is to produce audio devices that provide exceptional performance, while also maintaining a high level of comfort and aesthetics.
We have a rigorous process for selecting and measuring tubes using our exclusive "BT-1", "TTM-1" and "Aladdin" measuring devices. Our commitment to quality means we only use the highest quality tubes. To ensure top-notch quality, we utilize advanced Audio Precision analogue test equipment to control the production of each product. After burning in, all products are put through listening tests. Our aim is to manufacture dependable and high-quality products by implementing top-of-the-line technological processes in production.
CANOR CMT ™ Technology
For all CANOR products, CMT technology (CANOR® PCB Milling technology) was used in the production of printed circuit boards. CMT ™ technology was created through a long-term effort to improve the sound performance of our products. CMT ™ technology allows us to approach the dielectric loss factor (loss tangent) of printed circuit boards to the air loss factor, as the electronic circuits work with relatively high impedances and any deterioration of the tangent (as with capacitors) also brings deterioration of the sound image and airiness. With this technology, we have achieved such excellent parameters as can be achieved with "wire connections" only by using very expensive and high-quality wires with Teflon insulation. However, our new technology has the advantage of repeatability in production with a 100% identical geometric arrangement (which is not possible with "wire-to-wire" connections). In addition, the advantage over "wire to wire" is that the connections are several times shorter than it is possible to achieve with a "wire to wire" connection.