. Driveway Turntable

Description: Designed to meet various architectural requirements, our driveway turntables solve the problem of vehicle maneuvering in narrow spaces. They eliminate the risk of reversing in areas with limited visibility, ensuring owners can always enter or exit parking spots in a safe, forward-facing direction.

Product Details:

• Core Drive: Utilizes high-precision Pin Gear Transmission for extremely smooth rotation and accurate positioning.

• Technical Advantage: Pin gear technology reduces single-tooth contact stress by approximately 38% and increases torque capacity by over 40%, ideal for frequent residential use.

• Durability: Pin teeth are precision-machined from 45# steel rods, and the pin gear disk is auto-cut from 10mm steel plate for a robust structure.

Product Information

Product Business Terms

Description

1.Max loading capacity to 20 tons.
2.Diameter 4~7m.
3.Height 300-350mm.
4.The pin tooth plate is made of 10mm steel plate processed by automatic cutting machine.
5.The pin teeth are machined by 45# steel bar.
6.With Angle control function.
Fast speed, high motor power.

Quick Detail

1.Core drive unit
2.Finishing pin rail plate
3.High strength silent wheels
4.Center sleeve device
5.Operation control box
Touch screen control pane

Applications
Pin Gear Turntable Application Scenarios

•Residential & Commercial Parking: Solves maneuvering challenges in narrow garages, driveways, or dead-end streets. By rotating the vehicle 180 degrees, it allows drivers to exit head-first without the need for difficult reversing, significantly enhancing safety and convenience in confined spaces.

Specifications

* Support on-demand customization, the parameters are for reference only, please consult the WEMET Machinery Sales Department for details.

Advantages

SPin-gear turntable transmissions offer significant advantages over traditional gear transmissions: single-tooth contact stress is reduced by approximately 38%, and the ultimate torque carrying capacity is increased by over 40%, making them particularly suitable for low-speed, heavy-load applications. This technology also features smooth transmission, uniform wear distribution, and superior impact resistance.