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The Olsson Ruby
Six reasons to get The Olsson Ruby
One nozzle
The Olsson Ruby will work with a huge range of materials. PLA, ABS, CPE/PET, Nylon, and composites with abrasive additives such as Carbon fibre, Steel, Wood, Boron Carbide, Tungsten and Phosphorescent pigment, are some of the materials sucessfully tested so far.
Highly wear resistant
The ruby mounted at the tip makes sure that even the toughest materials will be printable. It was originally designed for printing with Boron Carbide (B4C), the third hardest known material in the world.
Excellent heat conductivity
Since most of the Olsson Ruby is made from brass, with its excellent heat conductivity, performance and throughput is first-class.
Verified performance
People all over the world have been testing different iterations of the ruby nozzle since early 2016. We are very happy to have received only good printing results from this community.
Speed
By using the 0.6, 0.8mm and High Output versions it is possible to reach a higher throughput and speed than ever before for abrasive materials, while retaining wear-resistance and reliability.
Manufacturing quality
The Olsson Ruby is manufactured, assembled and tested in a high-quality facility in Sweden. This is why 3DVerkstan guarantees the very best quality and tolerances.
Compatibility List
The Olsson Ruby 2.85mm
Ultimaker 2+
Ultimaker 2+ Extended
Ultimaker 2 with Olsson block upgrade
Ultimaker 2 Extended with Olsson block upgrade
Ultimaker Original *1 *2
Ultimaker Original+ *1 *2
Lulzbot TAZ 3 with hexagon hotend upgrade *2
Lulzbot TAZ 4 with hexagon hotend upgrade *2
Lulzbot TAZ 5
Lulzbot TAZ 6 *2 *3
3ntr A2 v2
3ntr A4 v3
Every printer with a E3D V4 3.0mm hotend *2
Every printer with a E3D V5 3.0mm hotend *2
Every printer with a E3D V6 3.0mm hotend *2
*1 = You will need to adjust the fan shroud since the nozzle is shorter than the original nozzle.
*2 = You will need to mount it with the nozzle not placed against the front face of the heater block but against the heat break/isolator tube to create a seal.
*3 = Will require disabling of the automatic bed leveling since the ruby tip is not conductive.
Ei hintahistoriaa saatavilla
The Olsson Ruby
Six reasons to get The Olsson Ruby
One nozzle
The Olsson Ruby will work with a huge range of materials. PLA, ABS, CPE/PET, Nylon, and composites with abrasive additives such as Carbon fibre, Steel, Wood, Boron Carbide, Tungsten and Phosphorescent pigment, are some of the materials sucessfully tested so far.
Highly wear resistant
The ruby mounted at the tip makes sure that even the toughest materials will be printable. It was originally designed for printing with Boron Carbide (B4C), the third hardest known material in the world.
Excellent heat conductivity
Since most of the Olsson Ruby is made from brass, with its excellent heat conductivity, performance and throughput is first-class.
Verified performance
People all over the world have been testing different iterations of the ruby nozzle since early 2016. We are very happy to have received only good printing results from this community.
Speed
By using the 0.6, 0.8mm and High Output versions it is possible to reach a higher throughput and speed than ever before for abrasive materials, while retaining wear-resistance and reliability.
Manufacturing quality
The Olsson Ruby is manufactured, assembled and tested in a high-quality facility in Sweden. This is why 3DVerkstan guarantees the very best quality and tolerances.
Compatibility List
The Olsson Ruby 2.85mm
Ultimaker 2+
Ultimaker 2+ Extended
Ultimaker 2 with Olsson block upgrade
Ultimaker 2 Extended with Olsson block upgrade
Ultimaker Original *1 *2
Ultimaker Original+ *1 *2
Lulzbot TAZ 3 with hexagon hotend upgrade *2
Lulzbot TAZ 4 with hexagon hotend upgrade *2
Lulzbot TAZ 5
Lulzbot TAZ 6 *2 *3
3ntr A2 v2
3ntr A4 v3
Every printer with a E3D V4 3.0mm hotend *2
Every printer with a E3D V5 3.0mm hotend *2
Every printer with a E3D V6 3.0mm hotend *2
*1 = You will need to adjust the fan shroud since the nozzle is shorter than the original nozzle.
*2 = You will need to mount it with the nozzle not placed against the front face of the heater block but against the heat break/isolator tube to create a seal.
*3 = Will require disabling of the automatic bed leveling since the ruby tip is not conductive.