Rogoz Speaker Stands

 
 
Learn More

Learn More

ROGOZ AUDIO ANTI-VIBRATION SPEAKER STANDS 1PSPW90

Single-Support Speaker Stands Designed For Top Quality Speakers. Shelf Shape Can Be Adjusted To Match Any Speakers Of Your Choice. It Is Enough For You To Draw And Send In An Outline Of The Base Of Your Speakers (If They Are Not Cuboidal). The Design Makes It Possible To Fill The Support With Ballast Or To Pull A Lead Through It.

 
Learn More

Learn More

ROGOZ-AUDIO 1QR250 SPEAKER STANDS

Single-Support Anti-Vibration Stands With Individually Defined Size Specifications, Designed For Different Types Of Speakers. The Photographs Show A Stand Designed For KEF Reference 1 Speakers.

The Stands Have Thick-Walled Sandwich-Type (MDF/HDF) Legs Covered In Rosewood. Four 4 Metric Thread Cores Made Of S235JR Carbon Steel Run Through Them, Connecting The Legs With Thick Tops Made Of 12 Mm S355 High-Strength Alloy Steel. The Cores Allow Adjustment Of Compression And Tensil Force Between The Shelves And Legs. The Bottom Shelves Are Equipped With Adjustable Anti-Vibration Spikes Made Of High Silicon Content NZ3 Steel, As Well As Anti-Scratch Disks Protecting The Floor Made Of The Same Material.

 
Learn More

Learn More

ROGOZ AUDIO ANTI-VIBRATION SPEAKER STANDS 4QB80 MKII

Quadruple-Support Speaker Stands, With Individually Defined Size Specifications, Designed For High Quality Speakers (Including All Harbeth Models).

The Stands Consist Of Extra-Strong Legs Made Of Carbon Steel S235JR (Which Is Used For Load-Bearing Stuctures Subject To Heavy Dynamic Load, E.g. In Cranes), Which Have Been Connected By Means Of Two Techniques (TIG And Muffling Glueing) To Thick Shelves Made From 8 Mm Higher-Strength Alloy

 

Rogoz Harbath Speaker Stands

 
Learn More

Learn More

ROGOZ-AUDIO 2QB80 SPEAKER STANDS FOR HARBETH P3

Double-Support Speaker Stands, With Individually Defined Size Specifications, Designed For Harbeth P3ESR Speakers.

The Stands Consist Of Extra-Strong Legs Made Of Carbon Steel S235JR (Which Is Used For Load-Bearing Stuctures Subject To Heavy Dynamic Load, E.g. In Cranes), Which Have Been Connected By Means Of Two Techniques (TIG And Muffling Glueing) To Thick Shelves Made From 8 Mm Higher-Strength Alloy Steel S355.

 
Learn More

Learn More

ROGOZ-AUDIO 4QB80 SPEAKER STANDS FOR HARBETH 7ES

Quadruple-Support Speaker Stands, With Individually Defined Size Specifications, Designed For Harbeth Compact 7ES-3 Speakers.

The Stands Consist Of Extra-Strong Legs Made Of Carbon Steel S235JR (Which Is Used For Load-Bearing Stuctures Subject To Heavy Dynamic Load, E.g. In Cranes), Which Have Been Connected By Means Of Two Techniques (TIG And Muffling Glueing) To Thick Shelves Made From 8 Mm Higher-Strength Alloy Steel S355.

 
Learn More

Learn More

ROGOZ-AUDIO 4QB80 SPEAKER STANDS FOR HARBETH -M30

Quadruple-Support Speaker Stands, With Individually Defined Size Specifications, Designed For Harbeth Monitor 30 Domestic Speakers.

The Stands Consist Of Extra-Strong Legs Made Of Carbon Steel S235JR (Which Is Used For Load-Bearing Stuctures Subject To Heavy Dynamic Load, E.g. In Cranes), Which Have Been Connected By Means Of Two Techniques (TIG And Muffling Glueing) To Thick Shelves Made From 8 Mm Higher-Strength Alloy Steel S355.

 
Learn More

Learn More

ROGOZ-AUDIO 4QB80 SPEAKER STANDS FOR HARBETH -M40

Quadruple-Support Speaker Stands, With Individually Defined Size Specifications, Designed For Harbeth Monitor 40 Domestic Speakers.

The Stands Consist Of Extra-Strong Legs Made Of Carbon Steel S235JR (Which Is Used For Load-Bearing Stuctures Subject To Heavy Dynamic Load, E.g. In Cranes), Which Have Been Connected By Means Of Two Techniques (TIG And Muffling Glueing) To Thick Shelves Made From 8 Mm Higher-Strength Alloy Steel S355.

 
Learn More

Learn More

ROGOZ-AUDIO 4QB80 SPEAKER STANDS FOR HARBETH SUPER HL5

Quadruple-Support Speaker Stands, With Individually Defined Size Specifications, Designed For Harbeth Super HL5 Speakers

The Stands Consist Of Extra-Strong Legs Made Of Carbon Steel S235JR (Which Is Used For Load-Bearing Stuctures Subject To Heavy Dynamic Load, E.g. In Cranes), Which Have Been Connected By Means Of Two Techniques (TIG And Muffling Glueing) To Thick Shelves Made From 8 Mm Higher-Strength Alloy Steel S355.