Manufacturing Automation

Robotics Engineering Services for Manufacturing Automation

Robotics engineering services for manufacturing automation — robot selection, cell design, end-of-arm tooling, vision, safety, PLC integration, and turnkey deployment.

Scope of services

  • Application engineering — pick-and-place, welding, machine tending, palletizing, dispensing, assembly, inspection.
  • Robot selection — payload, reach, repeatability, brand standards (FANUC, ABB, KUKA, Yaskawa, Universal Robots).
  • Cell design — layout, safeguarding, light curtains, fencing, interlocks, ergonomics.
  • End-of-arm tooling (EOAT) — grippers, vacuum, tool changers, custom tooling.
  • Machine vision — 2D/3D guidance, inspection, barcode/OCR, lighting design.
  • Controls integration — PLC, HMI, robot-to-PLC handshaking, MES connectivity.
  • Functional safety — risk assessment (ISO 12100), category ratings (ISO 13849), validation.
  • Commissioning and FAT/SAT — runoff, training, documentation, support.

Typical applications

Welding cells, CNC machine tending, palletizing and depalletizing, case packing, pick-and-place from conveyors, dispensing/sealing, deburring and material removal, vision-guided assembly, and AMR/AGV handoffs to fixed automation.

Delivery model

A typical robotics engineering engagement runs feasibility → concept design → detailed design → build → FAT → install → SAT → training → warranty. ROI for well-scoped cells often lands in the 12–24 month range.

Related

FAQ

What robotics services do manufacturers need most?

Cell design, EOAT engineering, safety (RIA/ANSI R15.06, ISO 10218), vision integration, PLC/HMI programming, and commissioning — usually delivered as a turnkey package by a robotics integrator or consultant.

Industrial robot vs. cobot — which fits?

Industrial robots win on speed, payload, and reach; cobots win on flexibility, low-volume tasks, and operator collaboration. A robotics engineer scopes both against your cycle time and ROI.

Do robotic cells require a PE stamp?

Structural, electrical, and life-safety scopes often do. The robot programming itself usually doesn't, but the surrounding facility integration and risk assessment frequently need licensed engineering review.