dualplatter

Dualplatter refers to a configuration used in audio equipment, particularly in turntables and high-end audio systems, where two separate platters are employed to drive a single record. This setup is designed to enhance performance, reduce wear, and improve the overall listening experience. The primary purpose of a dualplatter system is to distribute the load between two motors, which can help mitigate issues such as motor fatigue, uneven torque, and excessive heat buildup.

In a dualplatter setup, one platter is typically used for the record's outer grooves, while the other handles the inner grooves. This division allows each motor to operate within its optimal speed range, reducing strain on the system. The dualplatter design is particularly beneficial for heavy records, which can exert significant pressure on a single motor. By sharing the workload, the system can maintain better speed stability and reduce the risk of motor burnout.

Dualplatter systems are often found in high-end audiophile turntables, where precision and durability are critical. Some models feature a master-slave configuration, where one motor drives the other, ensuring synchronized movement. This setup can also include features like automatic platter switching, which seamlessly transitions between the two platters as the record plays, minimizing audible artifacts.

While dualplatter turntables offer advantages in performance and longevity, they are generally more expensive and complex than single-platter designs. The added cost and maintenance requirements make them less common in consumer-grade audio equipment, but they remain a preferred choice for serious audiophiles and professional studios. The dualplatter concept extends beyond turntables, occasionally appearing in other audio devices where motor efficiency and longevity are priorities.