► Configure trapezoidal lead screw nut CAD in 60 seconds online
► Fast manufacture: ready to ship in 1 to 3 days
► No minimum order quantity: From 1 to 10,000 pieces
Test our 3D printed lead screw nuts yourself with a free sample part
What must be taken into account during design of thread models for 3D printing?
Test parameter:
1. ABS (FDM)
2. iglidur® I180 (FDM)
3. iglidur® J260 (FDM)
4. iglidur® I3 (SLS)
5. iglidur® J injection moulded
Test result:
depending on the 3D printing material and the manufacturing method, the wear resistance of igus 3D printing materials is 6 to 18 times higher than that of conventional materials.
UB-Space, a student project, is concerned with the analysis of space scrap in the earth's orbit. This system, built by the students, is a new ejection mechanism for space travel. A cube-shaped object had to be thrown out of a rocket so that data could be recorded with the help of a camera system and other sensors. The intended mechanism consists of two motors, each of which is connected to a spindle via a coupling. The opposite side is attached to the rocket wall by means of a 3D printed nut made of iglidur J260. In addition to pressure and temperature resistance, low weight and durability, the optimum sliding properties, which guarantee ejection without tilting or jamming, were the decisive factors.
For a winding machine, Conti Tech Schlauch GmbH needed a cross-threaded spindle that ensures that the thread is laid directly or by means of thread guidance through the groove. Due to the complicated geometry of the cross-threaded spindle, the replacement of individual components was always very cost-intensive and time-consuming. The igus 3D printing service offered a fast alternative that was also economical in the case of single components. Now, the cross-threaded spindle is made of iglidur I3 and is produced by means of additive manufacturing.
3D printed components are used for prototypes, replacement parts and series in a wide variety of industries. From grand pianos to vehicles to aerospace applications – there is something for everyone. In addition to individual dimensions and special shapes for components such as gears, plain bearings and grippers, components made of iglidur materials are constructed and used for numerous individual applications.
Trapezoidal, high helix, and metric threads of high performance plastics with more than 5,000 variants available directly from stock. Discover drylin® catalogue parts, special solutions and configurators for threads, lead screw nuts, and lead screw drives as complete solutions.
dryspin® thread technology: High efficiency and low wear
The patented dryspin® high helix thread technology was developed by igus® and offers numerous advantages over conventional high helix threads:
Printed female threads:
female threads can be additively manufactured starting at size M6. Smaller threads require a check by our engineers, but there will be an additional charge for the necessary cleaning.
The thread design must be finished in the 3D model upon order. Observe the 0.1 mm clearance for female threads.
Cut threads:
Small threads can be cut later in mechanical processing. The blind hole must be taken into account in the 3D model during design. About €1 per thread will be charged extra for rework.
Metallic inserts (fastening threads only):
For greater tightening forces, 3D printed components can be equipped with metallic thread inserts. Size M3 to M6 inserts are always available.
Further information about
iglidur polymers are more wear-resistant than PLA, ABS and other materials and manufacturing processes
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