Mechanical engineering office - Import export

Other information iF-Design Award for easy triflex® Design UL94-V2 classification Torsional movements possible Other information Installation instructions Join, separate and fill the easy triflex®. Assembly Instructions Application examples Applications in various industrial sectors and in the igus® test laboratory. Triflex® E332.25 Inner height hi: 25 mm Inner width Bi: 25 mm Bending radii R: 48 - 200 mm Pitch: 14.5 mm e-chain® E332.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm e-chain® E332.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm e-chain®. E332.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm e-chain® E333.25 Inner height hi: 25 mm Inner width Bi: 25 mm Bending radii R: 48 - 200 mm Pitch: 14.5 mm e-chain® E333.32 Inner height hi: 32 mm Inner width Bi: 32 mm Bending radii R: 75 - 250 mm Pitch: 25 mm e-chain® E333.50 Inner height hi: 50 mm Inner width Bi: 50 mm Bending radii R: 100 - 250 mm Pitch: 30 mm e-chain®. E333.75 Inner height hi: 75 mm Inner width Bi: 75 mm Bending radii R: 140 - 300 mm Pitch: 36 mm e-chain® This modular joint system is especially suited for: Three-axis movements of machines For simple robotic applications Quick installation of cables with "easy" system Simple filling from both sides Where rectangular shapes are required Combination of different bending radii and moving directions Shortening or lengthening possible at "any point" KMA mounting brackets with integrated strain relief Typical industrial sectors and applications Machine tools Robotics Handling equipment Material handling system Plastics industry Construction machinery Vehicle manufacturing General mechanical engineering Medical Equipment Office furniture iF-Design Award for easy triflex® Design UL94-V2 classification Torsional movements possible

3D printing or additive manufacturing (AM) is any of various processes for making a three-dimensional object of almost any shapes. At RPWORLD, additive manufacturing 3D printing is designed for functional prototypes, complex designs, and production components. - Materials selection Selective laser sintering, (SLS), Stereolithography (SLA) and Fused Deposition Modeling (FDM) are the most common additives manufacturing processes that RPWORLD uses to realize a project. - Cost-efficiently You can get the 3D printed parts of any possible shapes as you desire. And more importantly, since it doesn’t need the mold, it could be a cost-effective process for your custom parts. - Complex-geometries The structure of the 3D printed parts is not limited, you can nearly get any shapes as your part design.

3D printing or additive manufacturing (AM) is any of various processes for making a three-dimensional object of almost any shapes. At RPWORLD, additive manufacturing 3D printing is designed for functional prototypes, complex designs, and production components. - Materials selection Selective laser sintering, (SLS), Stereolithography (SLA) and Fused Deposition Modeling (FDM) are the most common additives manufacturing processes that RPWORLD uses to realize a project. - Cost-efficiently You can get the 3D printed parts of any possible shapes as you desire. And more importantly, since it doesn’t need the mold, it could be a cost-effective process for your custom parts. - Complex-geometries The structure of the 3D printed parts is not limited, you can nearly get any shapes as your part design.

As a complementary activity to the work of our engineering office, the final execution of the projects that we develop there is carried out in our own workshops. We have prepared machinery of a wide variety, and production capacity to carry out the manufacture of any type of project in reasonable terms.