English
MAnus 2017
Designing and building machines based on the self-replication principle.
The use of RJ4JP bearings in combination with elements made in 3D printing technology (FFF), in a cross mechanics system of a numerically controlled machine.
Manus 2017
In the presented solution, Iglidur H1FM-1618-12 slide bushings were adapted in place of traditional bronze bushings. This significantly extended maintenance-free time between overhauls.
Manus 2017
Inspection Machine – 3 Axis movement of Camera with help of Linear unit and PRT Unit
Manus 2017
7 Degriz is manufacturer of fully automatic process automation systems/ machines, automatic wrapping machines, paper converting machines, etc
Application: Tissue Folding Machine
Manus 2017
Adjustable, automatic belt-tensioner for high speed FDM 3D printer. The bearing used at two places: guiding
the bearing housing and also act as a support bearing for a simple, pin shaft.
Manus 2017
In March 2011 the Fukushima nuclear power stations were severely damaged by the Tōhoku earthquake and tsunami. Three nuclear reactors were without suitable cooling and underwent a catastrophic meltdown. The clean-up and decommissioning has required thousands of scientists across the world to invent, develop and deliver new or improved techniques. Part of the planned decommission process requires the molten nuclear fuel to be removed. However, there is currently very little knowledge about the location and makeup of the fuel debris. The high radiation environments within the reactor buildings have made optical camera systems inoperable. A promising method of visualising and characterising the fuel debris is to use acoustic imaging sonar systems within the reactor buildings. This is because sonar systems are very tolerant to radiation and offer the ability to not only image the shape of fuel debris but also to look inside it. A decommissioning programme can only be advanced once the full nature of the fuel debris is known.
There therefore existed a need for a large scanning system which would allow us to position sonar probes and image simulated uranium fuel debris, nuclear reactor core components and nuclear grade pipework (shown in detail in one of the attached images). This scanning system, which employs the drylin bearings, will allow us to develop new imaging methodologies of nuclear fuel in a safe and adaptable environment.
Manus 2017
We have developed a core xy for our 3d printers and we need bearings that need no lubrification and offers high performance
Manus 2017
StudiBel 3D 2.0 large-format 800x600x700 cm print volume printer, with high features for experienced users who want to exceed low cost small format. The printer is designed and built entirely with igus® components on all mobile devices. Contains mono-square rail guides on the Z-axis, double-square rail linear guides with four-bearing carriage, plastic bearings in tensioners and bearings, cylindrical and adjustable drylin® bearings in steel axes in the extruder head. It also assembles trapeziodal spindles with two-screw flange nut. (In the current version a threaded rod is used)
MANUS 2017
The project consists of the design and manufacture of a mini CNC machine, used to manufacture electronic
circuits. Its main singularity is its small size, which allows it to be portable and to work on desk top. At the
same time, this type of machines are very cost-effective, so they can easily become popular among the nonprofessional
users. The bearings are used in the axes X, and Z