R&D & Manufacturing

We design, build, and validate motion platforms as an engineering deliverable—not just a mechanical product. From kinematics and control to machining, assembly, and FAT, our process is built for real-world integration and long-term reliability.

  • Engineering-driven design: kinematics, motion control, integration support
  • In-house manufacturing: machining, assembly, wiring, commissioning
  • Acceptance-ready delivery: FAT checklist, test evidence, shipment documentation
Request an Engineering Review

Built for Procurement, QA, and Engineering Teams

Typical application directions

Driving / flight simulation systems

Industrial motion reproduction & validation testing

Precision positioning / optical alignment (hexapod use cases)

Project-based custom motion systems

Who this page is for

Procurement teams evaluating supplier capability

QA teams preparing acceptance requirements (FAT/SAT)

Engineers integrating motion platforms into simulators and test rigs

Our R&D Workflow

Step 1 — Requirement definition

We confirm payload, motion range (stroke/angle), bandwidth expectations, interface, safety logic, and acceptance criteria.

Step 2 — Kinematics & motion control design

We translate your target motion into controllable axis behavior (mapping, constraints, tuning approach) and validate feasibility before build.

Step 3 — Mechanical & electrical design

Structure, top plate interface, actuator layout, wiring and safety architecture are finalized with integration in mind.

Step 4 — Prototype & verification

We validate motion range, safety behavior, and interface communication; performance tests are aligned with your acceptance checklist.

Step 5 — Final design freeze & production release

After verification, we lock BOM, processes, test checklist, and deliverables to ensure consistent delivery and repeatability.
Get a Quote

Core R&D Capabilities

Allcontroller Mechanical Design

Mechanical Design

  • Parallel kinematics design and platform geometry optimization
  • Payload & stiffness planning (including safety factor and CG considerations)
  • Top plate design for your mounting pattern and cable routing
  • Reliability-oriented structure and serviceability planning
Allcontroller Control & Motion​

Control & Motion

  • Motion mapping and coordinate system definition
  • Tuning approach for response and comfort (simulation) or fidelity (testing)
  • Data input support (EtherCAT/Ethernet/UDP as applicable)
Allcontroller System Integration

System Integration

  • Wiring diagrams and interface definition (NDA supported)
  • Safety interlocks and fault handling logic design
  • Commissioning plan and remote support workflow

Quality Control & Traceability

Quality Control Point What We Record / Provide
Incoming inspection Key parts check, basic conformity record
Assembly & wiring verification Wiring integrity, labeling, connector checks
Controller configuration Parameter list, IO mapping, communication check
Pre-shipment functional test Range verification, alarm simulation, E-stop/limits
Packaging & shipment Packing photos, packing list, crate protection notes

We can provide serial-number-based build records and test evidence aligned with your procurement and QA needs.

Test & Validation

Functional tests

Motion range verification

Multi-axis coordination checks

Safety checks (E-stop, limits, alarms)

Interface verification (as configured)

Performance tests

Payload verification under defined conditions

Repeatability / accuracy measurement (per requirement)

Response tuning and stability checks

Acceptance deliverables

Test videos, photos, and raw logs

Calibration/compensation report (project-based)

Packaging evidence and shipment documentation

Standard Models & Custom Engineering

When a standard model works

If your payload, motion range, and interface are within typical ranges, a standard model can shorten lead time.

When custom engineering is the right choice

If you require special top plate geometry, unique CG, strict acceptance criteria, or integration constraints, custom design ensures smoother commissioning and lower risk.

What we need to quote accurately

  • Payload and center of gravity
  • Required motion range (stroke/angle) and speed expectations
  • Interface/integration method (PLC/telemetry/etc.)
  • Target delivery region and import requirements
Submit Engineering RFQ

Confidentiality & Compliance Support

Confidentiality & Compliance Support

Confidentiality

We support NDA before sharing detailed drawings, schematics, and integration documents. Your project data and application scenarios are handled with confidentiality.

Compliance / acceptance support

If your procurement requires compliance documentation or third-party inspection, we can align deliverables during quotation and prepare a FAT plan accordingly.

R&D & Manufacturing FAQ

Do you support custom design for unique payload and mounting interfaces?

Yes. We can customize top plate geometry, mounting patterns, and system constraints based on your integration needs.

Do you support factory acceptance testing (FAT) witness?

Yes—on-site witness or remote video witness, with evidence records as agreed.

How do you ensure long-term reliability for overseas customers?

We plan manufacturing checkpoints, pre-shipment validation, and provide service/support options including remote commissioning.

Can you provide wiring diagrams and schematics?

Project-based, and NDA supported if needed.

What documents can you provide for procurement and QA?

Typical deliverables include FAT checklist/report, test evidence, packing photos, and shipment documents. Compliance materials can be aligned project-by-project.

What is the typical lead time?

Lead time depends on configuration and acceptance scope. Send your requirements and we will propose a realistic schedule.

Ready to Validate Your Motion Requirements?

Send your application details and acceptance checklist. We’ll respond with a configuration proposal, FAT deliverables list, and quotation scope.

Request an Engineering Review