Reentry-Type Servo Linear 6 DOF Motion Platform

Product Overview

The published drive data consists of a 0.4 kW motor, 3000 rpm motor speed, 10 mm lead and 100 mm/sec rated speed. Source-listed core components include PLC, engine, bearing, gearbox, motor, pressure vessel and gear. These details support an initial platform integration review without defining unlisted workspace or payload performance.

A six-degree-of-freedom platform must be assessed as a coordinated system rather than as isolated actuators. The source does not specify platform dimensions, payload, travel, angular range, control accuracy or synchronization performance. Those project-critical points should be documented and confirmed before selection.

Technical Specifications

Key Features

• Six-Degree-of-Freedom Format: The product title identifies a 6 DOF motion platform. This makes it relevant for buyers investigating multi-axis motion concepts, but the source does not quantify axis ranges or workspace. Platform geometry, coordinated movement and physical interfaces should be evaluated using configuration-specific drawings and technical data.
• Reentry-Type Configuration: Reentry type is part of the published product description. That wording provides a configuration reference for discussions about installation and mechanical arrangement. It should not be used to infer dimensions, collapsed length or travel, none of which appears in the supplied catalog data.
• Servo Linear Positioning: The source title describes the platform as servo linear and high precision. No numerical positioning accuracy or repeatability is supplied. Buyers should define coordinate behavior, feedback expectations and acceptance testing as guidance for a project review, then obtain confirmed values for the offered configuration.
• Published Motion Values: A 10 mm lead, 0.4 kW motor, 3000 rpm motor speed and 100 mm/sec rated speed are listed. These values provide a factual reference for preliminary calculations. They do not establish the platform's payload, dynamic response or synchronized multi-axis performance under a particular operating profile.
• Stainless Steel Construction: Stainless steel is stated in the title and listed as the body material. Buyers can use this information in the material review while separately assessing the surrounding environment. No ingress-protection rating or environmental certification is provided, so those requirements need independent confirmation.
• Test Documentation Listed: The record marks video outgoing inspection and a machinery test report as provided. For a coordinated motion platform, a buyer may use these as starting points for a documentation plan. The required test sequence, configuration identity and acceptance evidence should be agreed before ordering.

Applications

The following examples are general motion-platform selection guidance, not guaranteed applications. Every use requires review of payload, motion envelope, controls, mounting and safety provisions that are not defined in the source.

• Multi-axis motion research where a 6 DOF platform architecture is under technical evaluation.
• Simulation equipment concepts requiring coordinated movement defined by a project-specific motion profile.
• Test rigs that can use a servo linear platform after workspace and payload requirements are confirmed.
• Training or demonstration systems needing controlled multi-directional movement within verified limits.
• Industrial positioning projects where stainless steel construction forms part of the material review.

Selection Guide

As general selection guidance, define payload mass and center of gravity, translational travel, angular range, velocity profile, acceleration, duty cycle and required workspace. Also document platform dimensions and mounting interfaces. The source supplies none of those project-specific values, so obtain written confirmation rather than assuming them.

Specify the control architecture, command interface, feedback method, synchronization requirement, emergency-stop strategy and mechanical guarding. Review the listed 0.4 kW motor, 3000 rpm speed, 10 mm lead and 100 mm/sec rated speed in the context of the complete coordinated system.

For integration planning, map each commanded axis to the machine control sequence and document coordinate conventions before commissioning. Check cable routing, service access, foundation stiffness, mechanical clearances and interlocks across the full intended motion envelope. Plan a staged acceptance review covering installation checks, homing logic, fault handling and safe shutdown behavior.

Ordering Information

The product has a listed minimum order quantity of one set and is sold as a single item. Packaging is stated as 14 x 14 x 18 cm with 30.000 kg gross weight; the product weight field states 50 kg. Resolve this difference and confirm platform drawings, test scope, configuration and warranty terms before ordering.

Frequently Asked Questions

Q: How many degrees of freedom are stated?

A: The source title identifies the product as a 6 DOF motion platform. It does not provide individual axis ranges or a total workspace.

Q: What rated speed is listed?

A: The listed rated speed is 100 mm/sec, alongside a 10 mm lead, 0.4 kW motor and 3000 rpm motor speed.

Q: Is payload capacity provided?

A: No payload capacity is included in the supplied source data. Buyers should provide payload mass, center of gravity and motion profile for configuration review.

Q: What construction material is stated?

A: The source identifies stainless steel construction and lists stainless steel as the body material. Environmental protection levels are not specified.

Q: What should be confirmed for coordinated motion?

A: As guidance, confirm motion envelope, synchronization, controls, feedback, mounting and safety requirements. Numerical platform performance should come from configuration-specific documentation.