Plates Shop

RIG Plate Store: Complete Guide to Custom Mounts and Simulation

What is Motedis' RIG Plate Store?

The RIG category at Motedis offers a wide range of plates and supports for simulation mounts and custom industrial applications. These plates and supports are designed to hold equipment such as monitors, steering wheels, and other devices used in driving simulation, modular workstations, and entertainment setups. Made from high-quality materials such as laser-cut aluminium and galvanized steel, these plates are known for their durability and precision.

Common Uses of RIG Plates

• Driving simulation: Mounts and supports for steering wheels from well-known brands such as Fanatec, Logitech, and Thrustmaster.
• Multi-monitor setups: VESA mounts for monitors of various sizes, ideal for immersive workstations.
• Sim racing and gaming simulation: Compatible with high-performance custom setups.
• Industrial or DIY workstations: Adaptable plates for monitors and supports that help create ergonomic structures.

Advantages of Motedis' RIG Plates

• High durability: Made of galvanized steel and anodized aluminium.
• Universal compatibility: VESA design and multiple adapters for monitors and accessories of different sizes.
• Easy installation: Optimized design for quick and hassle‐free mounting.
• Full customization: Options for tilt and angle adjustments to suit specific preferences.
• Quality finishes: Coatings such as black powder coating guarantee long service life and resistance to corrosion.

Types of Plates and Supports in the RIG Category

Comparison of RIG Plates: Which One to Choose?

Frequently Asked Questions about Motedis' RIG Plates

1. Can I use the RIG plates for monitors of any size? Yes, most of the plates and supports in the RIG category are designed with standard VESA adapters (75, 100, 200, and 400 mm), making them compatible with a wide variety of monitors and TVs.
2. What is the best material for a durable simulation setup? For high-performance simulation setups, galvanized steel or anodized aluminium is recommended for their strength and durability, ideal for supporting weight and intense movements during use.
3. Are the RIG plates easy to install? Yes, all RIG products include clear instructions to facilitate installation. The plates are designed for quick and easy mounting, both in DIY setups and professional applications.
4. Can I adjust the tilt and angle of the plates? Some models, such as the 130° swivel angle and the universal monitor support, allow for tilt and rotation adjustments for an optimal visual experience.
5. Are the plates compatible with any steering wheel or button panel? The steering wheel plates are specifically designed for brands such as Fanatec, Logitech, and Thrustmaster, ensuring a secure and stable fit in driving simulation setups.

Advanced Applications and Use Cases

For driving simulator enthusiasts, the universal monitor support and the steering wheel plate are ideal for creating an immersive experience, allowing the installation of multiple screens and precise adjustment of the steering wheel position. Plates with dual-angle articulation and extended VESA adapters are also recommended for those seeking an ergonomic setup in offices or home entertainment stations.

Tips for Choosing the Ideal RIG Plate

• Analyze your adjustment needs: If you plan to rotate or tilt your monitors, choose plates with adjustable angles.
• Consider the material durability: For intensive setups, opt for galvanized steel.
• Check compatibility with your devices: Make sure that your monitor's VESA specifications match the chosen support.
• Style and finishes: Choose between black powder coatings or anodized finishes for a professional appearance.

Motor Mounting Plates Store: Professional Options for Mounting NEMA Motors

At the Motor Mounting Plates Store of Motedis, we offer a wide range of supports and mounting plates for NEMA motors. These products, precisely manufactured from materials such as aluminium and steel, are designed to provide stability and durability in projects involving automation, robotics, and simulation. From adjustable tilt plates to angled supports, this category covers specific needs for each application.

Common Uses of Motor Mounting Plates

• Industrial Automation: for applications that require robust and precise mounting.
• Motion Simulation: ideal for simulation setups that include precision motors.
• DIY and Robotics Projects: simple and adaptable mounting for custom uses.

Advantages of Motedis Motor Mounting Plates

• Durable Materials: options in anodized aluminium and steel with black powder coating or galvanized for resistance to wear and corrosion.
• Wide Compatibility: plates designed to support NEMA 17 and NEMA 23 motors, with adjustable variants for different configurations.
• Easy Installation: pre-drilled products with angled mounting options for quick and secure installation.
• Professional Aesthetics: black powder and anodized finishes for a clean and professional visual appearance.

Types of Motor Supports and Mounting Plates

Frequently Asked Questions about Motor Mounting Plates

Which motors are compatible with these plates?

The mounting plates are primarily designed for NEMA 17 and NEMA 23 motors. Each product's specifications indicate the compatible model to ensure a perfect fit.

Can I adjust the tilt and angle of the motor once mounted?

Some models, such as angular holders and L-shaped motor supports, allow for tilt and alignment adjustments, offering flexibility to suit various configurations.

Are they resistant to corrosion?

Yes, the products are made with high-quality materials such as galvanized steel and anodized aluminium, with black powder coatings for enhanced resistance and durability in industrial environments.

Tips for Choosing the Ideal Motor Mounting Plate

• Compatibility: Ensure that the motor model and the plate specifications match before purchasing.
• Material and Finishes: Intensive work environments benefit from steel or anodized aluminium plates.
• Functionality: If you need tilt adjustments, choose models with adjustable angles or L-shaped supports.

With these motor mounting plate options from Motedis' Motor Mounting Plates Store, you can build robust and customizable setups for various industrial and simulation applications. Explore our complete range to find the ideal solution for your specific needs.

Connector Plates: Function, Types, and Applications

What is a Connector Plate?

A connector plate is a flat component, generally rectangular or in the shape of an L or T, designed to join profiles in different configurations. They are manufactured from materials such as steel and aluminium, with finishes ranging from galvanized steel, black powder coating, and anodized aluminium.

Common Uses of Connector Plates

• Support Structures: Used in shelving and storage systems.
• Motor and Sim Racing Support: Facilitate the mounting of engines and simulation platforms.
• Industrial Construction: Suitable for heavy structures, providing strength and durability in industrial installations.
• DIY and Home Projects: Perfect for those looking to assemble their own structures easily and safely.

Types of Connector Plates

• T Plates: Allow joining profiles in three directions, creating a strong structure in multiple directions. Example: T connection plate 40x120x8.
• L Plates: Ideal for joining profiles at a right angle, offering stability at corners. Example: L connection plate 76x76.
• Square and Double Connector Plates: Used for multiple connections in larger structures. Example: Square connector plate 76x76x3.
• Swivel Plates: Flexible for mobile or adjustable connections, such as in monitor mounts. Example: Swivel plate series 20+30.

Examples of Connector Plates

Frequently Asked Questions about Connector Plates

1. What is the best material for outdoor applications? Galvanized steel plates are ideal for outdoor use due to their corrosion resistance.
2. Which type of plate is recommended for mounting an engine? For heavy engines and supports, T and L plates made of cut steel are recommended.
3. Are these plates compatible with all profiles? Yes, these plates adapt to different profile sizes according to project needs.

Connector plates are a versatile and durable solution for assembling structures in industrial and DIY applications, enabling projects to be executed in a solid and efficient manner.

Connection Angles: Function, Uses and Variety

What is a Connection Angle?

A connection angle is an "L" shaped piece that facilitates the joining of profiles at 90° or 45° angles. These angles are manufactured in different materials such as galvanized steel, black steel, and anodized aluminium, offering great resistance and durability.

Common Applications

• Structure Construction: Perfect for joining profiles in large and resistant assemblies, such as racks, shelving, and support structures.
• Machinery Support: Provide stability and support the weight of equipment and machines in industries and workshops.
• DIY and Crafts: Used in DIY projects, such as furniture construction and custom supports.
• Sim Racing Installations: Offer robustness in simulation platforms, ensuring firm connections.

Types of Connection Angles

• Galvanized Angle: Resistant to corrosion, ideal for exteriors. Example: Galvanized connection angle 40.
• Black Steel Angle: Perfect for industrial environments, due to its resistance and robust design. Example: Black steel angle 45.
• Floor Brackets: Larger brackets for applications on floors or structure bases. Example: Black floor bracket 200.
• Anodized Aluminum Supports: Lightweight and resistant, suitable for applications requiring an aesthetic finish. Example: Anodized aluminium bracket 20x20.

Examples of Connection Angles

Frequently Asked Questions

1. Which material is better for my project? For exteriors, galvanized steel is ideal. For interiors or decoration, anodized aluminium is an aesthetic and durable option.
2. Is special hardware required? Most connection angles require specific hardware depending on the material and type of profile.
3. Do they offer options for Sim Racing? Yes, these angles and brackets can be used in the construction of simulation platforms, offering a robust and secure fit.

Connection angles are the structural basis for engineering, construction, and DIY projects. Their variety in materials and sizes allows adaptation to any type of application, providing solidity and resistance in each joint.

Connection Plates: Function, Applications, and Variety of Types

What are Connection Plates?

Connection plates are precisely cut metal sheets, often by laser, designed to join structural elements. They are widely used in structure assembly, motor support, furniture manufacturing, and automation systems, among others.

Common Applications

• Structure Construction: Ideal for assemblies that require high strength, such as shelving, tables, and supports.
• Equipment Assembly: Used for fixing components in equipment such as monitors, motors, and gears.
• Sim Racing and DIY: For mounting simulation platforms and DIY kits, providing stability and flexibility.
• Robotics Industry: Enable the assembly of robotic arms and other precision structures.

Types of Available Connection Plates

• Connection Angles: Useful for joining components at an angle. Example: Galvanized 40 connection angle.
• Connector Plates: For wider joints, including "L" and "T" shapes. Example: T-connection plate 58x58x3.
• Monitor Mounts: Designed for screen supports with VESA specification. Example: Universal Monitor Mount with aluminium laser.
• Functional Motor Plates: Ideal for mounting and adjusting motors in aluminium structures. Example: NEMA 17 motor mount.
• Floor Brackets: Provide additional support for bases and heavy structures. Example: Black floor bracket 200.

Examples of Connection Plates

Frequently Asked Questions

1. How to choose the right plate? The size and thickness of the plate should correspond to the weight and structure of the assembly. Larger plates or those with specialized cuts are ideal for more complex configurations.
2. Can they be used outdoors? Most plates are galvanized or powder-coated, making them corrosion-resistant and suitable for outdoor use.
3. Are they adjustable? Many connection plates include slotted holes or multiple perforations for precise adjustments.

Connection plates are a versatile and durable tool, fundamental in the construction of structures and industrial assemblies.