[Features]· Made from aluminum.Moment of inertia reduction is an important factor in controlling system performance when setting high-speed servo control positions. High-speed use at low inertia has been made possible by using an aluminum pulley that is suitable for an A.P.Lock.· Optimal for aluminum pulleys.When running a servo motor with a timing pulley, conventional friction connection units apply high pressure to the surfaces, which prevents the hub diameter from sitting properly and causes

[Features]· Made from aluminum.Moment of inertia reduction is an important factor in controlling system performance when setting high-speed servo control positions. High-speed use at low inertia has been made possible by using an aluminum pulley that is suitable for an A.P.Lock.· Optimal for aluminum pulleys.When running a servo motor with a timing pulley, conventional friction connection units apply high pressure to the surfaces, which prevents the hub diameter from sitting properly and causes

[Features]· Made from aluminum.Moment of inertia reduction is an important factor in controlling system performance when setting high-speed servo control positions. High-speed use at low inertia has been made possible by using an aluminum pulley that is suitable for an A.P.Lock.· Optimal for aluminum pulleys.When running a servo motor with a timing pulley, conventional friction connection units apply high pressure to the surfaces, which prevents the hub diameter from sitting properly and causes

[Features]· Made from aluminum.Moment of inertia reduction is an important factor in controlling system performance when setting high-speed servo control positions. High-speed use at low inertia has been made possible by using an aluminum pulley that is suitable for an A.P.Lock.· Optimal for aluminum pulleys.When running a servo motor with a timing pulley, conventional friction connection units apply high pressure to the surfaces, which prevents the hub diameter from sitting properly and causes

[Features]· Made from aluminum.Moment of inertia reduction is an important factor in controlling system performance when setting high-speed servo control positions. High-speed use at low inertia has been made possible by using an aluminum pulley that is suitable for an A.P.Lock.· Optimal for aluminum pulleys.When running a servo motor with a timing pulley, conventional friction connection units apply high pressure to the surfaces, which prevents the hub diameter from sitting properly and causes

[Features]· Made from aluminum.Moment of inertia reduction is an important factor in controlling system performance when setting high-speed servo control positions. High-speed use at low inertia has been made possible by using an aluminum pulley that is suitable for an A.P.Lock.· Optimal for aluminum pulleys.When running a servo motor with a timing pulley, conventional friction connection units apply high pressure to the surfaces, which prevents the hub diameter from sitting properly and causes

[Features]· Made from aluminum.Moment of inertia reduction is an important factor in controlling system performance when setting high-speed servo control positions. High-speed use at low inertia has been made possible by using an aluminum pulley that is suitable for an A.P.Lock.· Optimal for aluminum pulleys.When running a servo motor with a timing pulley, conventional friction connection units apply high pressure to the surfaces, which prevents the hub diameter from sitting properly and causes

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.

[Features]· Self-centering function: Prevents minute Off-centering.· Difference between internal diameter (d) and outer diameter (D) is slight, and can also be installed to small hubs with light pressure on its surface. (Most compact design A.P. Lock)· Suitable for short hubs.· Internal ring mounts to the terminal face, preventing the hub from moving when connected.· Choose from stainless steel or electroless nickel plated products to suit the use environment.