Επεξεργασία ακρίβειας κυλινδρικής τροχιάς τροχιάς τροχιάς τροχιάς τροχιάς τροχιάς τροχιάς

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Επεξεργασία ακρίβειας κυλινδρικής τροχιάς τροχιάς τροχιάς τροχιάς τροχιάς τροχιάς τροχιάς

Άλλα βίντεο

January 03, 2024

Category Connection: εργαλείο μείωσης

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Ετικέτες:

#Βιομηχανικό εξοπλισμό μείωσης #Μηχανή μείωσης σπειροειδούς #Τεχνουργήματα με πέλμα τόξου

Brief: Discover the precision-engineered Arc Spiral Bevel Gear Reduction with 14.5° and 20° pressure angles, designed for optimal performance in reducer planetary gear applications. Learn about its key features, including module size, pressure angle, and tooth surface hardness, ensuring durability and efficiency in your machinery.

Related Product Features:

Customized spiral bevel gear reduction with 14.5° and 20° pressure angles for precise performance.
Module (m) ≤4, ensuring optimal size and load-bearing capacity for various applications.
Available in ISO 6-7 grade teeth accuracy for high precision and smooth operation.
Multiple heat treatment options including carburization, quenching, and carbonitriding for enhanced durability.
Hardened tooth surface for superior wear resistance and extended service life.
Manufactured using turning, milling, and grinding processes for exact specifications.
Helix angle (β) tailored to ensure stable transmission and load-bearing capacity.
Suitable for reducer planetary gear systems, offering reliable and efficient power transmission.

Ερωτήσεις:

What are the pressure angle options available for the Arc Spiral Bevel Gear Reduction?

The Arc Spiral Bevel Gear Reduction is available with 14.5° and 20° pressure angles, catering to different transmission performance and strength requirements.
How is the tooth surface hardness achieved in these gears?

The tooth surface hardness is achieved through various heat treatment processes such as carburization, quenching, carbonitriding, and high-frequency treatments, ensuring high wear resistance and durability.
What manufacturing processes are used for the Arc Spiral Bevel Gear Reduction?

The gears are manufactured using turning, milling, and grinding processes to meet exact specifications and ensure high precision and performance.