Manual Displacement Platform 60mm 360° Sliding Table FEIYING Roller

Description

Product Overview

The FEIYING Manual Displacement Platform is engineered to deliver precise linear motion in a compact footprint. Measuring 3.94 x 3.94 x 0.79 inches and weighing just 3.53 ounces, the unit combines a lightweight aluminum alloy frame with a robust cross‑roller guide system that ensures smooth travel and repeatable positioning. With a 60 mm travel range and a full 360° rotational capability, the platform can be integrated into a wide variety of equipment where space is at a premium.

Constructed from high‑grade aluminum alloy, the platform offers excellent strength‑to‑weight ratio and natural resistance to corrosion, making it suitable for both indoor laboratory environments and harsher industrial settings. The surface finish is anodized to protect against wear while providing a sleek, professional appearance that matches modern equipment aesthetics.

The integrated cross‑roller guide delivers sub‑micron level accuracy and low friction, allowing users to achieve stable motion even under variable loads. The design incorporates precision‑machined linear bearings that reduce backlash and maintain alignment over thousands of cycles, supporting demanding applications such as optical alignment, precision assembly, and quantitative testing.

Installation is straightforward thanks to a set of pre‑drilled mounting holes that align with standard 1‑inch rail systems. The platform can be fixed directly to a base plate or bolted into a custom fixture, providing flexibility for retrofitting existing machinery or building new test rigs. All necessary hardware is included, and the compact size enables easy storage and transport.

Package contents consist of a single Manual Displacement Platform unit, a set of mounting screws, and a concise user manual that outlines assembly steps, safety guidelines, and maintenance recommendations. FEIYING’s commitment to quality is reflected in the rigorous testing each unit undergoes before shipment, ensuring reliable performance out of the box.

Thermal stability is a key attribute; the aluminum alloy maintains dimensional tolerance within ±0.02 mm across a temperature range of –20 °C to +80 °C, guaranteeing consistent performance in varying environments. Repeatability tests show a positioning variance of less than 0.01 mm over 10,000 cycles, confirming the platform’s suitability for high‑volume production lines. Optional accessories such as magnetic bases, custom brackets, and integrated sensor mounts are available to extend functionality and adapt the platform to specialized applications.

Usage

The platform excels in environments where precise positioning and repeatable motion are critical. It is commonly employed in semiconductor wafer handling, optical component alignment, and micro‑fabrication stations where a 60 mm travel distance and full rotation enable complex multi‑axis operations without the need for additional actuators.

In addition to high‑precision manufacturing, the platform serves well in research laboratories for mounting sensors, spectrometers, and calibration rigs. Its low profile allows it to be placed beneath other equipment, freeing valuable bench space while delivering reliable linear displacement for experiments that require exact movement control.

For quality control and inspection stations, the platform provides a stable base for cameras and lighting arrays, facilitating consistent imaging across large sample areas. The 360° rotation feature simplifies the setup of angled inspection paths, reducing the need for multiple fixtures and streamlining workflow.

End users ranging from mechanical engineers to laboratory technicians benefit from the intuitive operation of the manual displacement mechanism. No external power source is required, making the platform an energy‑efficient solution for portable test setups, field diagnostics, and educational demonstrations.

Because of its compact size and robust construction, the platform is also suitable for integration into robotic end‑effectors where a short linear stroke combined with rotational freedom can enhance the dexterity of pick‑and‑place operations. In aerospace testing rigs, the platform can be used to simulate actuator movement under controlled conditions, providing valuable data for system validation.

When deployed in harsh industrial environments, the aluminum alloy’s resistance to corrosion and the sealed bearing design protect the mechanism from dust and moisture, extending service life and reducing maintenance intervals. Users have reported successful operation in automotive assembly lines, where the platform’s quick manual adjustments accelerate setup times for fixture alignment.

Why Choose Us

FEIYING’s Manual Displacement Platform stands out due to its combination of high‑precision engineering and cost‑effective design. The use of aerospace‑grade aluminum alloy ensures durability while keeping the unit lightweight, a balance that many competing products struggle to achieve.

Each platform undergoes a comprehensive quality assurance process that includes dimensional inspection, load testing, and motion repeatability verification. This rigorous approach guarantees that the product meets the exacting standards required by demanding industrial and scientific applications.

Customer support is a core pillar of FEIYING’s service philosophy. Buyers receive direct access to technical experts who can assist with installation, troubleshooting, and customization requests, ensuring that the platform integrates seamlessly into existing systems.

Furthermore, the company offers a straightforward warranty and after‑sales service program. Should any component fail or performance fall short of expectations, FEIYING commits to rapid replacement or repair, minimizing downtime for critical operations.

Beyond the standard offering, FEIYING provides engineering consultation to help customers adapt the platform for unique use cases, such as integrating it with vision systems or designing custom mounting solutions. This collaborative approach adds value by reducing development time and ensuring optimal performance.

Environmental responsibility is also a priority; the manufacturing process utilizes recycled aluminum and adheres to ISO 14001 standards, reflecting FEIYING’s commitment to sustainable production while maintaining high product quality.

Technical Specifications

Travel Range: 60 mm linear travel with ±0.02 mm tolerance. Rotation: Continuous 360° rotation with bearing‑supported smooth motion. Load Capacity: Static load up to 5 kg, dynamic load up to 2 kg. Material: Aerospace‑grade aluminum alloy with anodized finish. Guide System: Cross‑roller linear guide with sealed bearings. Positioning Accuracy: ±0.01 mm repeatability over 10,000 cycles. Operating Temperature: –20 °C to +80 °C. Surface Roughness: Ra ≤ 0.8 µm. Weight: 3.53 oz (100 g). Dimensions: 3.94 × 3.94 × 0.79 in (100 × 100 × 20 mm). Compatibility: Standard 1‑inch rail mounting, optional magnetic base, and custom bracket interfaces.

Installation Guide

Step 1: Verify that the work surface is clean, level, and capable of supporting the specified load. Step 2: Align the pre‑drilled mounting holes on the platform with the corresponding holes on the rail or base plate. Step 3: Insert the supplied mounting screws and tighten them to the recommended torque of 0.5 Nm using a calibrated screwdriver. Step 4: Check the free movement of the platform by manually sliding it through its full travel range; any binding indicates misalignment that should be corrected before proceeding. Step 5: If a magnetic base is required, attach the magnetic plate to the underside of the platform using the provided adhesive pads, ensuring full contact for optimal magnetic strength. Step 6: Perform a functional test by rotating the platform 360° and confirming that the motion is smooth and free of wobble. Step 7: Document the installation configuration, including mounting dimensions and any accessory attachments, for future reference and maintenance.

Key Features

• Compact 60 mm travel range with full 360° rotation for versatile positioning
• Aluminum alloy construction provides high strength, low weight, and corrosion resistance
• Cross‑roller guide delivers sub‑micron accuracy and smooth, low‑friction motion
• Easy installation with pre‑drilled mounting holes compatible with standard rail systems
• Dedicated FEIYING customer service and warranty for reliable after‑sales support

FAQ

What is the maximum load capacity of the platform?

The platform is rated for a static load of up to 5 kg, allowing it to support most sensor assemblies, small tooling, and lightweight fixtures without compromising motion precision.

Can the platform be used with motorized drives?

Yes, the manual displacement mechanism can be replaced or supplemented with compatible stepper or servo motor adapters, enabling automated control while retaining the original precision features.

Is the cross‑roller guide replaceable if worn?

FEIYING supplies replacement cross‑roller kits that can be installed by a qualified technician, extending the service life of the platform and ensuring continued performance.

What maintenance is required to keep the platform operating smoothly?

Periodic cleaning of the guide rails with a lint‑free cloth and a light application of silicone‑based lubricant is recommended. Visual inspection for debris and tightening of mounting bolts should be performed quarterly.

Does the platform include any software for integration?

The manual version does not require software, but FEIYING offers optional firmware and driver packages for users who integrate motorized versions into PLC or PC‑based control systems.

Can the platform be customized for non‑standard rail widths?

FEIYING provides machining services to adapt the mounting pattern to custom rail dimensions, ensuring a perfect fit for unique system layouts.

What is the expected lifespan of the cross‑roller bearings?

Under normal operating conditions and with routine maintenance, the sealed cross‑roller bearings are rated for at least 20 years of service, equivalent to over 1 million cycles.