Leadscrew assemblies with improved axial system stiffness include acme leadscrews, advanced coatings and the most technically advanced anti-backlash nuts.
Haydon, a world leader in stepper motor based linear actuators, is proud to announce the addition of a new product line, Leadscrew Assemblies, to their extensive line of award winning linear motion products. Haydon's new line of leadscrew assemblies includes a broad offering of acme leadscrews, advanced coatings and the most technically advanced anti-backlash nuts available in the market. These products provide designers with improved axial system stiffness.
Haydon offers a comprehensive selection of acme leadscrews manufactured from 303 stainless steel, produced with Haydon's proprietary precision rolling process and the industry's tightest lead accuracy.
The leadscrews are also available with Haydon's unique Black Ice coating - a specially developed PTFE coating process, which eliminates the flaking that commonly occurs with other PTFE coatings used in today's marketplace.
The leadscrews are available in diameters ranging from 0.1875in to 0.375in.
For each diameter there are a wide variety of leads available.
Haydon's new anti-backlash nuts are ideal for applications that require precise positioning as they eliminate the minimal backlash between the lead screw and nut interface.
The nuts are manufactured from a proprietary self-lubricating polyacetal that, when combined with our precision rolled stainless steel leadscrews, provides low drag torque and smooth operation throughout the life of the assembly.
When supplied from the factory with Haydon's standard lubricant these nuts are designed to operate for the life of the application without re-lubrication.
They can also be operated without lubrication when combined with Haydon's Black Ice coated screws.
Three anti-backlash styles are available as well as a new low profile freewheeling design.
The new nuts are available with a thread mount and are easily customizable with a variety of standard or special flange configurations.
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