Programmable Motorized 3D Scanning Turntable MT500RUWPSL100ProV6: Complete Guide from Product Photography to Industrial Automation

Why Do You Need a Heavy-Duty Programmable Turntable?

In the fields of 3D scanning, product photography, and industrial automation, the pain points of ordinary turntables are obvious: insufficient load capacity prevents large objects from being photographed, rough angle control affects modeling accuracy, lack of secondary development interfaces prevents integration into automated workflows, and inability to sync shutter leads to low shooting efficiency.

The ComXim MT500RUWPSL100ProV6 is precisely designed to solve these problems—this is a programmable motorized turntable suitable for 3D modeling, cultural heritage digitization, commercial product photography, and automated secondary development scenarios. This product features dual USB and Wi-Fi communication interfaces, supports three control methods including infrared remote control, computer software, and mobile App, while providing complete SDK secondary development support.

As a heavy-duty programmable turntable, it solves the industry problem where traditional equipment cannot carry large industrial parts for 360-degree scanning.

Complete Specifications of MT500RUWPSL100ProV6

1.1 Core Dimensions and Load Capacity

The turntable diameter is 500 millimeters, approximately 19.7 inches, with an overall height of 96 millimeters. In continuous rotation mode, the maximum load reaches 225 kilograms, approximately 500 pounds. In step-rotation mode, the maximum load is 100 kilograms, approximately 220 pounds. The speed range is 35 to 95 seconds per revolution.

The 500mm large-diameter turntable is sufficient to carry large home appliances, industrial parts, furniture, and other heavy products. As a high-load-capacity motorized turntable, it maintains stability even during long-term high-load operation.

1.2 Difference Between Two Load Modes

Understanding the load difference between continuous rotation and step rotation is crucial, as it directly affects whether you can correctly select the working mode to protect the equipment.

Continuous rotation mode is suitable for dynamic display, video shooting, and other scenarios, with a maximum load of 225 kilograms. In this mode, the turntable rotates continuously at a constant speed without frequent starts and stops, resulting in less impact on the drive system.

Step-rotation mode is suitable for fixed-point shooting, 3D scanning, and other scenarios requiring precise positioning, with a maximum load of 100 kilograms. After each rotation to the set angle, it pauses with accuracy up to 0.1 degrees. Due to the greater impact of frequent starts and stops on the motor and transmission system, the load capacity is correspondingly reduced.

In step-rotation mode, it is recommended to use eighty percent of the rated load to extend device life. The maximum side length of the load object should not exceed the turntable diameter; otherwise, the effective load needs to be recalculated using the torque conservation formula.

1.3 Five Professional Rotation Modes

This programmable motorized turntable offers five professional rotation modes to meet the needs of different application scenarios.

• Continuous Rotation: The turntable rotates continuously at a constant speed, suitable for live streaming, dynamic displays, and video shooting.
• Single-Step Rotation: The turntable rotates to the set angle and stops automatically, suitable for product detail photography and fixed-point observation.
• Repeated Step Rotation: The turntable operates in a rotate-pause-repeat cycle, suitable for 360-degree batch shooting and automated scanning.
• Pendulum Swing Mode: The turntable swings back and forth within the set angle range, suitable for detailed display of fine items such as jewelry and artwork.
• Multi-Step Within One Circle: Divides 360 degrees into N equal steps, pauses after each step, stops automatically after completing one circle, suitable for high-precision 3D scanning and panoramic photography.

Step-by-Step Tutorial for Three Control Methods

The MT500RUWPSL100ProV6 supports three control methods, covering all needs from quick operation to fine programming. Whether you are a regular user or a developer, you can find the most suitable operation method.

Method 1: USB Wired Computer Control (Windows Software)

Step 1: Install USB Driver. Download and install the CH340 USB driver, which is the foundation for USB communication between the computer and the turntable. The driver download address can be found in the ComXim official website download center.

Step 2: Connect Hardware. Connect the turntable to the computer using a USB Type-B cable, plug in the power adapter and turn on the power switch, wait for the turntable to initialize, which takes about five seconds.

Step 3: Download and Run TurntableX Software. This software is dedicated to the Windows platform. After downloading, extract it and run TurntableX.exe directly; no installation is required.

Step 4: Connect Turntable. In the software interface, click the COM dropdown menu and select the COM port number corresponding to the turntable. You can check the specific number in the Windows Device Manager under Ports. After confirming the baud rate is 115200, click the Connect button to establish the connection.

Step 5: Verify Connection. Click the Device Name button to read the product name. If the software interface displays device information, the connection is successful and you can start controlling the turntable.

Method 2: Wi-Fi Wireless Control (Mobile App + Computer)

Step 1: Enable Turntable Wi-Fi Hotspot. After powering on, the turntable automatically creates a Wi-Fi hotspot. The SSID is the product model name, and the default password is the eight-digit number 88889999.

Step 2: Connect to Wi-Fi. In the Wi-Fi settings of your phone or computer, search for and connect to the turntable’s Wi-Fi hotspot. Please note that this network cannot access the internet and is only used for controlling the turntable.

Step 3: Use App or Software to Control. If you are using an Android phone, download and install the TurntablePlus App, which will automatically connect to the turntable when opened. If you are using a Windows computer, open TurntableX software, select IPv4 connection method, enter the fixed IP address 192.168.181.181 and port 8181, then click Connect.

The turntable’s Wi-Fi hotspot is only for device control and cannot access the internet. Windows may prompt No Internet connection; please be sure to select Stay connected, otherwise the operating system will automatically disconnect the Wi-Fi connection with the turntable.

Method 3: Infrared Remote Control Quick Operation

Step 1: Install Batteries. The remote control uses two AAA batteries. Please install them correctly according to the polarity indicators inside the battery compartment.

Step 2: Basic Operations. Press the Continuous Rotation, Step Mode, or Swing Mode buttons to start the corresponding mode. Press any other operation button to stop the current action. Use Speed Up and Speed Down to adjust speed, and use clockwise or counterclockwise buttons to switch direction. To set a single rotation angle, press Set Angle plus a number key. To mark the origin, press Set Origin; to return to it, press Return to Origin.

The Save button on the remote control is used to save the current parameters to the turntable’s internal Flash memory, which will be automatically recalled the next time the device is powered on.

Step-by-Step Tutorial for Connecting DSLR/Phone Auto-Shutter

The PS in the MT500RUWPSL100ProV6 model name represents dual shutter functionality, supporting both DSLR wired shutter and phone Bluetooth wireless shutter, which is the core feature for product photography and 3D scanning.

3.1 Connecting DSLR Camera for Auto-Shutter Photography

Step 1: Choose Shutter Cable. Select the appropriate shutter cable according to your camera brand and model. The turntable shutter interface is a PJ392-35 or PJ392-45 female socket, using a 3.5mm Jack audio plug. Different camera brands use different shutter cable plug types; please refer to the shutter cable compatibility table on the ComXim official website.

Step 2: Connect Shutter Cable. Insert one end of the shutter cable into the turntable’s shutter interface, and connect the other end to the camera’s shutter remote port. Make sure the connection is secure to avoid loosening during shooting.

Step 3: Turn On Camera. Turn on the camera power switch and set the camera to a mode that supports shutter cable triggering, usually Manual mode M or Bulb mode.

Step 4: Verify Connection. Use the remote control or software to click the Trigger Auto Focus + Shutter button to confirm that the camera responds to shooting commands. If the camera shoots normally, the connection is correct.

Step 5: Set Auto Shooting. Enable the Auto Shutter option in the software or App, select step mode, and set the angle and pause time. The turntable will automatically trigger the shutter at the midpoint of each pause, for example, at the second second of a four-second pause.

3.2 Connecting Phone for Auto-Shutter Photography (Bluetooth Shutter)

Only turntables with PS in the model name support this function. The phone Bluetooth shutter device name is ComXimShutter, which is a completely separate device from the turntable control Bluetooth; please do not confuse them.

Step 1: Power On Turntable. Connect the power supply and wait for the turntable to initialize, which takes about five seconds.

Step 2: Bluetooth Pairing. Search for ComXimShutter in your phone’s Bluetooth settings and tap to pair. If you have previously connected to other ComXimShutter devices, you need to unpair them first before re-pairing.

Step 3: Open Camera App. After successful pairing, open your phone’s camera application. The turntable can now control the phone to take photos via Bluetooth.

Step 4: Set Auto Shooting. Enable Auto Shutter in the software or App and set step parameters. The turntable will send a signal via Bluetooth to trigger the phone camera at each pause, achieving fully automatic 360-degree product photography.

Complete Secondary Development Guide

For R&D engineers, automation integrators, and advanced users, the MT500RUWPSL100ProV6 provides complete secondary development interfaces and SDK support, which is the core advantage that distinguishes it from ordinary consumer-grade turntables.

4.1 Dual Development Interfaces

USB Interface: Based on the CH340 chip, it implements USB to virtual COM port, using serial communication with a baud rate of 115200. Suitable for fixed workstation scenarios, providing low-latency stable control.

Wi-Fi Interface: Uses AP mode, the turntable acts as a TCP Socket server with fixed IP address 192.168.181.181 and port 8181. Suitable for wireless remote control and embedded system integration scenarios.

4.2 CT Command Set—Unified Control Language

Whether using USB or Wi-Fi, the turntable is controlled through a unified CT command set. Commands are plain text strings starting with CT and ending with a semicolon. The turntable’s responses start with CR, and event notifications start with CR+EVENT=.

Common CT commands include the single-step rotation command CT+TURNSINGLE, with parameters for direction and angle. The auto step with shutter command CT+START, which contains six parameters: direction, mode, shutter on/off, angle, pause time, and repeat count. The set origin command CT+SETZERO. The return to origin command CT+TOZERO. The force shutter command CT+CAMERACTRL. The query angle command CT+GETOFFSETANGLE.

For example, the command CT+START(0,1,1,36,4,10); means clockwise step 36 degrees, pause 4 seconds and trigger shutter at the midpoint, repeat 10 times, completing a total of 360 degrees of rotation.

4.3 Quick Start for Secondary Development

Step 1: Get Resources. Download the CT command list and source code demos from the ComXim official website. Source code examples for both Windows and Android platforms are available. The open-source projects on GitHub also provide complete development references.

Step 2: Understand Communication Protocol. USB serial communication parameters are baud rate 115200, 8 data bits, 1 stop bit, no parity. Wi-Fi Socket communication is TCP connection, fixed IP address 192.168.181.181, port 8181.

Step 3: Write Control Code. In C#, after setting the port number and baud rate through the SerialPort control, use the Write method to send the command string. In Python, after establishing a TCP connection through the socket library, use the send method to send the encoded command.

Step 4: Receive Feedback. The turntable returns three types of information: CR+OK indicates command executed successfully, CR+ERR with error code indicates command error, CR+EVENT with event type indicates action completion or pause notification. Heartbeat packets are used for connection status detection; under normal conditions, the turntable sends one hash character per second.

4.4 Applicable R&D Users

Automation system integrators can integrate the turntable into vision inspection and automated assembly lines. 3D scanner developers can combine it with laser or structured light scanners for automated modeling. Software developers can use CT commands to write custom control software for personalized automated workflows. Robotics or embedded engineers can integrate the turntable into robot control systems via Wi-Fi Socket for multi-device collaboration.

System Compatibility and Common Troubleshooting

5.1 System Compatibility

USB control via TurntableX software provides complete official support on the Windows operating system, which is the most stable and reliable control method.

Wi-Fi control provides complete support on Windows through TurntableX software, and provides an official Demo version on Android through TurntablePlus App. Due to severe Android system fragmentation, some Android devices have compatibility issues.

Bluetooth BLE control provides an official Demo version on some Android phones through TurntableBLE App. This App is not a catalog product and is maintained by the open-source community; it is not guaranteed to be compatible with all Android versions.

The infrared remote control requires no software support and is plug-and-play on all systems, making it the most convenient method for quick operation.

5.2 Common Troubleshooting

Issue One: USB connection fails, no COM port visible in Device Manager. This is usually caused by the CH340 driver not being installed or installation failure. The solution is to re-download the driver, run the installer as administrator, and reconnect the USB cable after installation is complete.

Issue Two: Cannot control the turntable after Wi-Fi connection. This is usually because Windows automatically switched to another Wi-Fi network with Internet access. The solution is to select Stay connected when the system prompts No Internet connection, and use the fixed IP address 192.168.181.181 and port 8181 for control.

Issue Three: Android App cannot find the turntable. This is due to compatibility issues between some Android devices and the Demo App. The solution is to confirm the phone system version is Android 10 or above. If still unable to connect, it is recommended to use Windows software or develop a custom adaptation based on the open-source App source code.

Issue Four: Remote control not responding. This is usually due to low battery or the remote control being locked. The solution is to replace the AAA batteries or press the Lock button on the remote control to unlock it.

Recommended Industry Application Scenarios

• 3D Scanning and Digital Modeling: 500mm large diameter combined with 100kg step load can carry large industrial parts, furniture, sculptures, etc. Step accuracy of 0.1 degrees, combined with auto shutter, enables high-precision automated modeling, making it an ideal choice for 3D scanning studios.
• Commercial Product Photography: 225kg continuous rotation load capacity suits heavy product photography of home appliances, fitness equipment, etc. Five rotation modes with auto shutter easily complete 360-degree product galleries, greatly improving the efficiency of e-commerce product photography.
• Industrial Automation and Vision Inspection: Dual USB and Wi-Fi development interfaces support integration into automated inspection lines. Custom rotation sequences via CT command set, combined with industrial cameras for multi-angle automatic inspection, providing a reliable rotating platform for intelligent manufacturing.
• Cultural Heritage Digitization: Low vibration, high-precision step rotation suitable for non-contact 3D acquisition of precious cultural relics. Programmable swing mode allows fine scanning of local details, obtaining high-precision digital archives while protecting cultural relics.
• Exhibition Display and Retail Merchandising: Continuous rotation mode with 225kg load capacity suitable for large product display stands. Infrared remote control supports quick switching of display modes, making exhibitions more flexible and efficient.

 Core Advantages of MT500RUWPSL100ProV6

The MT500RUWPSL100ProV6 is a programmable motorized turntable that integrates large diameter, high load capacity, multiple control methods, and complete SDK support. Whether you are a 3D scanning engineer, product photographer, or industrial automation R&D professional, this device meets all your needs from quick display to deep integration.

Core Advantages at a Glance: 500mm diameter with 225kg continuous load and 100kg step load, USB plus Wi-Fi dual communication interfaces, Windows software plus Android App plus infrared remote three control methods, CT command set supports complete secondary development, DSLR plus phone dual shutter auto-shutter, five professional rotation modes covering various application scenarios.

For more technical details, development documentation, or custom solutions, please visit the ComXim official website or contact the technical support team. Our engineering team will provide you with professional technical consultation and development support.

Product Page: View detailed specifications and ordering information for the MT500RUWPSL100ProV6.