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Engineering & Manufacturing for Custom Motion Platforms
We connect mechanical, electrical, control and software engineering to the people who build, integrate and test the platform. Your project follows one controlled path from an approved requirement to factory acceptance evidence.
For a custom 3DOF, 6DOF or Stewart platform, we review the application, payload, center of gravity, motion, installation envelope, upper-equipment interface, host connection and acceptance scope before releasing a configuration for build.
Replace with approved CSCMotion project evidence that visibly connects an engineering output to the platform being built or tested.
Mechanical · Electrical
Control · Software
Requirement → FAT
3DOF · 6DOF · Stewart
What Should You Verify Before Choosing a Motion Platform Manufacturer?
A supplier should be able to explain how a requirement becomes a released design, what work it controls, how purchased components are handled and which evidence supports shipment. These questions expose the gaps that product specifications alone cannot show.
01 Who Owns the System Definition?
Confirm who translates your payload, center of gravity, motion, interface and site constraints into the platform configuration.
02 Are the Main Inputs Reviewed Together?
Payload, CG, inertia, motion and installation space interact. They should not be accepted as isolated catalog values.
03 What Is Built, Integrated or Sourced?
Ask for a clear boundary between CSCMotion-designed work, internal operations, selected components, external processes and customer items.
04 How Is the Host Interface Defined?
Commands, status, faults, operating permission, coordinates and responsibility must be agreed before integration.
05 What Will Be Checked Before Shipment?
Inspection, functional motion, interface, safety-state and performance checks need an agreed scope and method.
06 Which Records Will You Receive?
The handover should match the quoted project: configuration, drawings, interfaces, test evidence and support information as agreed.
Brand and operating company
Company Identity and Operating Scope
CSCMotion is our international motion-platform brand. Nanjing AllController Technology Co., Ltd. is the operating company identified in our commercial and project documentation. Our engineering and manufacturing work is based in Nanjing, China.
We focus on the motion-platform subsystem. For overseas projects, that normally means working directly with an OEM, test laboratory, research team or system integrator that owns the upper equipment, host application or complete simulator.
Application and duty
Degrees of freedom
Payload, CG and inertia
Range, speed and acceleration
Installation envelope
Upper-equipment interface
Host command and feedback
Power and environment
Safety responsibility
Acceptance criteria
01 · Definition
Requirements and Feasibility
We identify required values, assumptions, missing information and responsibility boundaries before proposing a standard, adapted or fully custom configuration. If the requested combination is not realistic, the review should expose that before a design is released.
02 · Mechanical
Geometry, Kinematics and Load Path
Mechanical engineering connects platform geometry and actuator arrangement to workspace, motion envelope, joint loading, actuator sizing, structural load path, mounting interfaces and service access. Analysis depth depends on configuration and acceptance scope.
03 · Electrical & control
Power, Drives, Feedback and Safe States
We define the coordination of controller, drives, motors, feedback, limits, I/O, power distribution, protection, grounding, cabinet cooling and agreed fault or stop behavior. The final safety responsibility for the complete machine remains part of the documented supply boundary.
04 · Software & interface
Kinematics and Host Integration
Platform-side software converts the defined motion command into coordinated actuator movement and reports status, limits and faults. We agree the coordinate system, protocol, update behavior, operating permissions and test method for the customer’s host or simulator interface.
05 · Release
Controlled Information for Build
A concept becomes a buildable project only after the relevant layout, drawings, schematics, configuration, interfaces and open technical points are controlled. Changes after release are reviewed for their effect on performance, manufacturing, schedule and acceptance.
What We Manufacture, Assemble and Integrate
The proposal should identify the responsibility for each important item. We do not describe every purchased industrial component as a CSCMotion-made product, and we do not treat system assembly as proof that every upstream process happened internally.
| System area | Typical CSCMotion responsibility | Boundary classification | Evidence to request |
|---|---|---|---|
| Requirements & platform configuration | Review application inputs and define the proposed platform scope. | CSCMotion-designed | Requirement matrix, assumptions and proposal definition. |
| Platform geometry & interfaces | Define actuator arrangement, base/moving structure and mounting interfaces for the approved configuration. | CSCMotion-designed | Layout, envelope, interface or analysis sample. |
| Base and moving structures | Release project-specific structural information; fabrication and processing route is confirmed per project. | Internal / qualified external process | Released drawing, process evidence and incoming/dimensional check. |
| Electric actuator assemblies | Define or select the actuator for the configuration, integrate motor, transmission, joint and feedback, and verify as scoped. | Designed / integrated / sourced as defined | Actuator configuration, assembly evidence and test record. |
| Motors, drives, bearings and sensors | Select industrial components against project requirements and integrate them into the system. | Selected third-party components | Approved configuration/BOM and incoming-control logic. |
| Control cabinet | Design the project electrical arrangement and assemble, wire, label, inspect and integrate the cabinet as quoted. | Assembled & integrated by CSCMotion | Schematic, cabinet-stage photos and electrical checks. |
| Platform assembly | Integrate structure, actuators, joints, feedback, cables, controller and cabinet into the supplied platform subsystem. | Assembled & integrated by CSCMotion | Work-stage images, configuration and inspection records. |
| Host, upper equipment and complete simulator | Define interfaces and support integration within the quoted boundary; ownership normally remains with the OEM, integrator or end user. | Customer / integrator supplied | Responsibility matrix, interface document and integration test. |
| System verification & FAT | Inspect and test the supplied configuration against the agreed FAT scope before release. | Performed by CSCMotion | FAT plan, report, witness record, images or video. |
One controlled project path
From Approved Requirements to a Factory-Tested Platform
Engineering and manufacturing stay useful only when information passes between them in a controlled form. The exact reviews and documents vary with project risk and quoted scope.
Step 01
Requirements Review
Application, load, motion, interface, site, safety and acceptance boundaries are collected and questioned.
Step 02
Feasibility & Configuration
We assess whether a standard, adapted or fully custom platform path is appropriate.
Step 03
Detailed Engineering
Mechanical, electrical, control and interface information is developed and released for build.
Step 04
Procurement & Incoming Control
Project components and qualified external processes are managed against the released definition.
Step 05
Manufacturing & Assembly
Structures, actuator assemblies, cabinet and platform are built or integrated to controlled information.
Step 06
Control Integration
Wiring, drives, feedback, I/O, communication, limits and operating states are configured and checked.
Step 07
Verification & FAT
The assembled platform is tested against the supplied configuration and agreed acceptance scope.
Step 08
Release & Handover
Configuration, records, documents, packaging and post-delivery support scope are released.
Documents and Records Your Team Can Review
Project documents depend on configuration, responsibility and quoted scope. We distinguish normal handover information from optional reports and proprietary material.
Definition and Handover
The normal document set identifies the supplied configuration and the information needed to integrate, operate and maintain it.
- Approved requirement or technical agreement
- General arrangement / envelope drawing
- Mounting and interface information
- Electrical schematic or connection information
- I/O / communication definition
- Configuration or BOM summary
- Operation and maintenance information
- Handover document index
Ask about the handover set →
Analysis and Acceptance Records
Additional engineering and test records are included when they are defined as project deliverables.
- Detailed analysis or motion-envelope report
- Structural / FEA report
- Project inspection or quality plan
- FAT plan and report
- Calibration / compensation information
- Raw test data or selected logs
- Spare-parts list
- Installation or commissioning record
Define required records →
Protected Engineering Information
Supplier IP, customer confidentiality and safe system use require clear information-access boundaries.
- Proprietary source code
- Complete internal manufacturing drawings
- Supplier commercial information
- Another customer's project records
- Safety-critical internal design know-how
- Unredacted customer drawings or data
Request a redacted example →
Explore CSCMotion
The Company section separates identity, manufacturing, engineering, quality, delivery and support so each subject can be reviewed without repeating product marketing.
About Us
Our story, engineering background, product range and global reach.
About us →
Manufacturing Capability
In-house production of servo cylinders, structures, control cabinets and platforms.
Manufacturing →
Engineering Capability
Mechanical, electrical, control and software engineering under one roof.
Engineering →
Quality Control
Inspection and testing at every stage, governed by ISO systems.
Quality control →
Delivery & Packaging
Export packaging, documentation and worldwide logistics.
Delivery →
Service & Support
Commissioning, training, remote support and spare parts.
Service →
Why Choose Us
The reasons integrators, labs and procurement teams partner with us.
Why choose us →
Case Studies
Delivered projects across industries and regions.
Case studies →
Ready to scope your motion platform?
Send us your payload, motion envelope and application. CSCmotion engineers review your inquiry and reply with a tailored configuration and quotation, typically within one business day.