Creo Engineering

Engineering Excellence, Three Ways

Robotics consulting & system design · Rapid prototyping (CAD → hardware) · Industrial automation (PLC/SCADA & vision)

Choose Your Service

Robotics Consulting & System Design

Complete end-to-end robotics solutions tailored to your specific requirements with detailed architecture and implementation planning.

Timeline
Timeline: 2-4 weeks

What's Included:

System architecture and interface definition
Kinematics/dynamics simulations and URDF
Costed BOM with vendor options and lead times
Risk register and mitigation planning
Book a Consult
🤖

Robotics Consulting & System Design

Get a clear, buildable system design that is efficient, fast and reliable!

Perfect For

Early feasibility and concept selection
Line upgrades and brownfield constraints
Robotic arms, grippers, end-effectors, and motion specs

Typical Scope

Requirements & success metrics
System architecture and interface definition
Kinematics/dynamics notes, simulations, URDF
Costed BOM with vendor options and lead times

You'll Get

Architecture diagram and specification
CAD concept pack (with fit/clearance checks)
Costed BOM (primary + alternates)
Risk register and mitigation plan
Implementation plan and timeline options

How We Work

Short discovery → concept directions → design review → final package handover

Timeline

2–4 weeks depending on complexity

Investment

Priced as a fixed package or hourly block

Ready to scope your design?

Book a Consult
⚡

Rapid Prototyping (CAD → Hardware)

Turn a CAD idea into a working bench-tested prototype with firmware and a demo video.

Our Capabilities

CAD modeling, DFM notes, basic FEA checks

3D printing (PLA/PETG/TPU), basic machining and assembly

Electronics bring-up, embedded firmware, sensor fusion basics

Test jigs and quick-and-dirty fixtures

Sprint Deliverables

CAD and drawings (STEP/SOLIDWORKS)

Wiring diagrams and firmware repo

BOM with sources and costs

Bench test plan + demo video

Quick assembly/operation guide

How We Work

One to two sprints; show something every week; iterate with you on critical risks first

Timeline

1–3 weeks per sprint

Budget Structure

Materials billed at cost; labor fixed per sprint

Ready to plan your sprint?

Start a Prototype
🏭

Industrial Automation
(PLC/SCADA & Vision)

Upgrade or build production cells with PLC logic, HMIs, and machine vision that actually run.

System Integration Scope

PLC programming (Siemens S7-1200 preferred), I/O mapping, safety interlocks

HMI/SCADA screens, alarms, basic data logging/OEE

Camera selection, optics, lighting, inspection logic

Integration with conveyors, actuators, sensors

Project Deliverables

Ladder/ST code and comments
HMI screens and tag lists
I/O list, wiring diagrams, panel schedule (if in scope)
FAT/SAT checklists, operator guides, training session

Add-ons & Upgrades

Professional system extensions

Safety review and interlock design notes
Machine-vision feasibility study (lens/lighting tests)
Documentation package upgrade (full drawings + as-built)
Operator training and maintenance checklists
Post-deployment support block (remote + on-site)

Implementation Process

1
Site survey (or remote review)
2
functional spec
3
implementation
4
on-site commissioning

Project Timeline

4–8 weeks for a typical cell

Pricing Structure

On-site days quoted separately

Ready to describe your line?

Request a Quote