Application context
Identify robot, operation, payload, motion, cycle context, environment, and responsibility boundaries.
Robotics & Automation request guide
Robotics requests, clearly defined.
Share the controlled drawing, payload inputs, center of gravity, cycle context, datum scheme, end-of-arm tooling, cell interfaces, cable routing, inspection plan, and acceptance criteria for quote review.
- Payload and cycle context
- Datums and cell interfaces
- Acceptance defined per request
Capability review
This page describes common request types. Available processes, equipment, tolerances, inspection, documentation, and fulfillment are confirmed for each quote.
Overview
Start with motion and interface context.
Robotics requests depend on controlled geometry, payload inputs, center of gravity, cycle context, datums, end-effector and cell interfaces, materials, cable routing, inspection, and customer acceptance authority.
Interfaces and geometry
Define datum scheme, mounting, end-of-arm tooling, cell interfaces, cable routing, clearances, and mating parts.
Inspection and records
State critical characteristics, inspection plan, acceptance criteria, assembly checks, identification, and requested records.
Industry request review
Industry examples are starting points for quote review. Capability, equipment, tolerances, testing, documentation, supplier qualifications, fulfillment, and program eligibility are confirmed before acceptance.
Quote inputs
Inputs for robotics request review.
Share customer-controlled geometry and operating context; mark unresolved integration decisions.
- Request baseline
- Controlled drawing, model, revision, quantity, robot or cell context, and requirement precedence
- Motion context
- Payload inputs, center of gravity, cycle context, acceleration inputs, orientation, and environment
- Interfaces
- Datum scheme, end-of-arm tooling, cell interfaces, fasteners, clearances, cable routing, and supplied items
- Acceptance
- Inspection plan, acceptance criteria, assembly checks, identification, records, packaging, and responsibility boundaries
Interactive request review
Review three connected robotics request zones.
Select a marker to organize application context, interfaces, process history, inspection, records, and acceptance inputs.
Robotics & Automation request feature map
Guarded cell context, gripper interfaces, and locating nests
Illustration only; markers do not establish identity, function, process, inspection, acceptance, or suitability.
Robotics & Automation request review
What should the request explain?
Choose a marker to review the supporting inputs.
Conveyor fixture and guarded robot cell
Connect the part to its robot, operation, payload, motion, environment, and governing files.
- Robot and operation
- Payload inputs
- Cycle context
Helpful request detail
Include the cell view and controlled drawing.
Quoted scope follows request review.
Request contexts
Common robotics request contexts.
Use the application context that matches the controlled request.
End-of-arm tooling requests
EOATDefine payload, center of gravity, mounting, datums, utility paths, clearances, and acceptance.
Part-location hardware
FixturesIdentify datum scheme, clamps, sensors, access, wear parts, changeover, and verification inputs.
Motion and transfer parts
MechanismsState motion, loads, fits, lubrication, guarding interfaces, cycle context, and inspection.
Mounts and support structures
Cell hardwareProvide cell interfaces, adjustment, cable routing, access, joining, finish, and assembly relationships.
Quote review flow
A clear robotics request review flow.
Controlled inputs keep motion, interfaces, integration, and acceptance decisions visible.
- 01
Share the controlled request
Provide the current drawing, model, revision, robotics and automation context, quantity, and target timing.
- 02
Review requirements and authority
Identify governing documents, precedence, approved substitutions, restricted data, and customer-controlled decisions.
- 03
Map process and evidence needs
Connect material, geometry, interfaces, process history, finish, inspection, documentation, and packaging requirements.
- 04
Confirm the quoted baseline
Pearson confirms accepted scope, routing, records, timing, and open questions before work proceeds.
Request readiness
Prepare the robotics request for review.
These inputs distinguish customer requirements from integration assumptions.
Design intent before assumptions
- 01
Define operating context
State robot or cell, operation, payload inputs, center of gravity, cycle context, and environment.
- 02
Map interface authority
Identify customer-controlled, integrator-controlled, and supplier-controlled geometry, files, and decisions.
- 03
Mark datums and mounting
Show datum scheme, fasteners, locating features, mating hardware, adjustment, and clearances.
- 04
Route utilities and access
Define cable routing, hoses, connectors, sensor locations, service access, and protected areas.
- 05
Set inspection and records
List characteristics, methods, coverage, assembly checks, acceptance criteria, and requested records.
- 06
Add fulfillment inputs
Provide quantity, supplied items, identification, packaging, destination, and requested delivery context.
Materials
Materials linked to robotics requests.
Material identity, condition, interfaces, and evidence remain request-specific.
Material guide
Aluminum
Alloy, temper, finish, mass, and interface inputs.
View materialMaterial guide
Stainless Steel
Grade, condition, finish, joining, and environment inputs.
View materialMaterial guide
UHMW
Grade, form, wear, movement, and interface inputs.
View materialMaterial guide
Delrin
Named material, grade, formulation, condition, and wear inputs.
View materialRelated services
Related robotics request paths.
Choose links that match the controlled scope.
CNC Machining
Geometry, interfaces, and process-input review.
EDM
Feature, material, electrode, and acceptance inputs.
Assembly & Testing
Assembly, verification, and record inputs.
CNC Milling
Prismatic geometry and datum review.
Inspection
Characteristic, method, coverage, and record inputs.
Sheet Metal
Enclosure, bend, interface, and finish inputs.
FAQ
Robotics and automation request questions.
Answers describe quote inputs, not confirmed integration scope.
Provide cell boundaries, controlled files, purchased equipment, interfaces, utility paths, verification, records, and responsibility ownership. Quote review defines the accepted scope.
Identify the design authority, payload inputs, center of gravity, interfaces, motion, utilities, risk inputs, required deliverables, verification, and acceptance ownership.
Manufacturing location, routing, supplier controls, and responsibility are confirmed only through quote review. This page does not identify a facility or routing path.
List each characteristic, datum scheme, method, coverage, file format, record content, identification, acceptance authority, and retention requirement in the request.
Include controlled drawings, revision, payload inputs, center of gravity, cycle context, datum scheme, cell interfaces, quantity, inspection plan, and acceptance criteria.
Define mounting pattern, datum scheme, payload, center of gravity, utilities, cable routing, tool orientation, clearances, mating hardware, and responsibility boundaries.
Start with the request
Start a robotics request.
Share the controlled files, motion context, interfaces, materials, inspection, records, quantity, and open integration questions for review.
Request an automation quote