SIDE™Sliver Industrial Design & Engineering
United States & Canada

Warehouse Automation

Engineering support for equipment, interfaces, and integrated subsystems.

Robotic equipment and automated material-handling machinery

Design around the task and the surrounding workflow.

Warehouse automation brings physical equipment and electronic behavior into a shared operating environment. SIDE helps develop equipment and subsystems through coordinated electronics, embedded software, and mechanical design.

Our focus is the engineering scope you need: a new hardware module, an equipment interface, a mechanical assembly, or a prototype that helps resolve a defined integration challenge.

Equipment-Level Engineering

Electronic Hardware

Connect the equipment to its sensors, peripherals, and supporting electronics.

  • PCB and circuit development
  • Signal and equipment interfaces
  • Power and connection requirements

Embedded Behavior

Develop the software that governs device operation within the agreed system.

  • Device drivers and communications
  • Sensor and peripheral integration
  • Operating states and diagnostics

Mechanical Integration

Develop the physical arrangement around the equipment and its installation constraints.

  • Frames, brackets, and enclosures
  • Component fit and assembly access
  • Prototype builds and revisions

Application Contexts

Material-Handling Equipment

Design requirements may involve transfer points, sensing, physical clearances, and interfaces to adjacent equipment.

Robotic Workstations

Define the supporting hardware, mechanical fixtures, and device-level connections needed around a robotic task.

Operator Interfaces

Consider how controls, indicators, and equipment feedback communicate the state of the device.

Equipment Subsystems

Scope a focused module or assembly that needs to fit within a wider automation environment.

Evaluate the Integration Before the Next Step

A useful prototype addresses a specific question. We agree what needs to be demonstrated, which equipment or data is available, and how observations will be reviewed. Findings guide design revisions and the scope of further work.

To begin: share the task or workflow, equipment drawings, relevant interfaces, operating constraints, and the current issue. Tell us which parts of the system are already fixed and which are open to redesign.

Connecting robotics and automation

For projects centered on a robotic product or subsystem, explore our robotics engineering approach.

Robotics Design & Development
How we work with your team

Have a design challenge?

Let’s discuss the requirements, the obstacles, and a practical next step.

Discuss Your Project