Robot hardware, tooling, fixtures, and cell-level review
Robotics design software for automation
Design beyond the robot arm: keep end effectors, fixtures, guards, structures, surrounding equipment, and delivery decisions visible as one evolving automation system.
zCAD Online provides browser-based parametric CAD for robot hardware and automation equipment, with assemblies, multidisciplinary review, version history, and model-linked drawings.
Robotics projects fail at interfaces long before they fail at components.
Robot structures, tooling, controls, guards, and surrounding equipment evolve in parallel. Interface decisions and site changes need a shared mechanical context.
Engineering pressures
Dense system interfaces
Mechanical, electrical, pneumatic, and control work meet inside the same automation cell.
Project change moves fast
Fixtures, sensors, tooling, and customer requirements can change late in the delivery cycle.
Commissioning knowledge is local
Setup and service decisions are difficult to transfer when they remain in meetings and static documents.
Design and review the robot, tooling, and automation cell together.
Develop structures and task-specific hardware, then keep the complete automation context available for interface review and documentation.
Robot hardware and cell structures
Develop robot structures, brackets, end effectors, fixtures, guards, frames, and surrounding automation equipment.
Mechatronic interface review
Coordinate mechanical, electrical, pneumatic, controls, safety, access, and customer interfaces around the current cell.
Project change in complete 3D context
Preserve versions, product structure, reviews, and affected delivery information as hardware and site needs change.
Drawings and commissioning handoff
Create model-linked drawings and supported delivery files for manufacturing, installation, and project handoff.
Use current 3D data to coordinate every automation handoff.
Start with cross-discipline review, keep the current design visible through change, and prepare clearer information for delivery.
Define the cell
Set the robot, process, tooling, safety envelope, and surrounding equipment requirements.
Design the hardware
Develop structures, end effectors, fixtures, guards, and equipment assemblies.
Review interfaces
Bring project roles to the current model to inspect clearances, access, and responsibilities.
Release and support
Create the required drawings and preserve design context for commissioning and later change.
Project inputs
- Process and payload requirements
- Robot and equipment interfaces
- Safety, access, and site constraints
Expected outputs
- Integrated automation cell geometry
- Reviewable interfaces and clearances
- Current documentation for delivery
Teams involved
- System integration
- Mechanical and controls teams
- Commissioning
Connected workflows
Create and Configure CAD
Create editable parametric CAD from requirements, existing geometry, or a blank project—then configure parts, assemblies, and product variants from one reusable design definition.
Review and Collaborate
Review multi-format CAD in the browser and keep engineers, suppliers, clients, and manufacturing teams aligned around the same current 3D design.
Manage Data and Change
Keep CAD projects, versions, permissions, reviews, and design changes connected to the current cloud model.
Document and Deliver
Turn approved 3D product data into model-linked drawings and supported engineering delivery formats.
Product
zCAD Online
Cloud-native 3D CAD software for parametric parts, large assemblies, engineering drawings, and real-time design collaboration in your browser.
Frequently asked questions
What is robotics design software used for?
CAD software for robotics can define robot structures, brackets, end effectors, fixtures, guards, frames, and surrounding automation equipment. The mechanical assembly provides the shared 3D context for interface review, project change, drawings, and delivery.
Can automation equipment design software cover the complete cell?
zCAD Online supports parametric parts, assemblies, sheet metal, weldments, specialized geometry, browser review, versions, and drawings for automation hardware. The team should verify the representative cell, assembly scale, formats, and downstream workflow during evaluation.
How does CAD software for robotics support multidisciplinary review?
Permitted roles can inspect the current assembly in a browser and discuss clearances, mounting, access, guarding, sensor placement, and ownership in context. The model becomes a coordination surface while each discipline retains responsibility for its own engineering data.
Can drawings stay connected as robot tooling and fixtures change?
Model-linked drawing views and version history help teams update documentation from the current reviewed geometry. Engineers must still confirm which version is approved and whether manufacturing, installation, or commissioning information needs additional validation.
Does zCAD replace robot simulation, controls engineering, or safety validation?
No. This page describes mechanical CAD, assembly review, versions, and documentation. Robot programming, motion simulation, controls design, functional safety, risk assessment, commissioning, and compliance remain with the responsible specialists and tools.
Keep the complete automation cell in view.
Design robot hardware, fixtures, and surrounding equipment while preserving the context needed for review and delivery.
Ready when the project is
Start with the workflow your team can verify.
Open zCAD Online in the browser, or talk with zCAD.ai about the industry workflow on this page.