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Material Handling Solutions for Robotic Manufacturers
Cage systems for robotic arms and end-of-arm tooling, ESD-controlled assembly for controllers and sensors, and machine-guarding-ready layouts built around ANSI/RIA robot safety standards.

30+
Years designing industrial storage Related: Borroughs storage solutions for system integrators.
50
States shipped
100%
Free CAD layout & quote
0
Cost for a site visit
Storage Built Around a Robot Cell, Not Around It
Robotic manufacturers run two very different storage problems on the same floor. On one side is the parts side — motors, gearboxes, harmonic drives, ball screws, sensors, wiring harnesses, and controller boards that need to be organized, ESD-safe where it matters, and fast to kit. On the other is the machine side — finished robotic arms, end-of-arm tooling, fixtures, and test cells that need floor space, guarding, and secured access while they are staged, tested, or waiting to ship.
We design both halves together: pallet rack and shelving sized to your actual component sizes and pick frequency, cage systems around cells and high-value assemblies, and ESD-controlled workbenches for the sub-assembly line — laid out so the two sides of the floor don’t compete for the same aisle.
Who We Help
Robotics operations we design storage for:
Storage by System
The eight systems most robotics manufacturers combine on one floor:
Cage Systems for Robot Cells & ToolingWire mesh cages around robotic arms, end-of-arm tooling cribs, and customer-consigned fixtures — see through for supervision, still locked and logged.
Machine Guarding for Robot Work CellsPerimeter guarding sized to your robot’s reach envelope and safety-rated stop zones, built to support ANSI/RIA R15.06 and OSHA 1910.212 requirements.
ESD Workstations for Controller & Sensor AssemblyGrounded ESD workbenches and static-safe bin storage for controller boards, drives, and sensor assemblies built to ANSI/ESD S20.20.
Kitting Carts for Build-Stage Sub-AssemblyMobile kitting carts staged with the exact fasteners, harnesses and sub-components each build station needs — no walking the floor mid-build.
Bin Shelving for Small ComponentsHigh-density bin shelving for motors, gearboxes, sensors, connectors, and fasteners — organized by SKU so pickers aren’t hunting through open totes.
Vertical Lift Modules for High-Value PartsGoods-to-person VLMs for expensive drives, encoders and control boards — tracked by part number, delivered to the operator instead of searched for.
Pallet Rack for Raw Material & Finished UnitsSelective pallet rack for incoming castings, extrusions and sub-frames, plus staging bays for finished robots and packaged systems awaiting shipment.
Mezzanines for a Second-Level Test or Storage DeckA mezzanine over the test floor for stock, tooling, or an observation deck — freeing ground-floor square footage for robot cells and staging.Machine Guarding & Safety Standards
Robot cells carry a safety layer that a lot of general manufacturing storage doesn’t: a powered arm with a defined reach envelope and a safety-rated stop system. The storage and guarding around that cell has to respect both.
- ANSI/RIA R15.06 — the U.S. industrial robot safety standard covering guarding, safeguarding devices, and the minimum safe distance around a robot’s reach envelope.
- OSHA 29 CFR 1910.212 — general machine guarding requirements that apply to points of operation, including robotic work cells.
- ANSI/ESD S20.20 — the standard we build ESD workstations and static-safe storage to for controller, drive, and sensor sub-assembly.
- ISO 10218-1/-2 — the international robot safety standard many OEM customers reference alongside or instead of R15.06 for export or multinational programs.
MH-USA designs and supplies the physical guarding, cages and ESD-controlled furniture. We are not a registrar, safety consultant, or compliance authority — your safety engineer or integrator sets the risk assessment and guarding spec; we build to it.
Planning a Robotics Production Floor
Five questions we walk through before drawing a layout:
- How many robot cells or test stations run at once, and what reach envelope does each one need clear of storage or traffic?
- What share of your component inventory is ESD-sensitive (controller boards, drives, encoders) versus mechanical (housings, gearboxes, fasteners)?
- How many unique SKUs feed a single build, and how often does that build change — a high SKU count with frequent changeovers usually points to a VLM or kitting-cart system over static shelving.
- Which assets on the floor are customer-consigned or high-value enough to need a locked, logged cage rather than open shelving?
- Do you need a mezzanine or second level for test stations, tooling, or overflow storage to keep the ground floor clear for cells and staging?
We size the layout to your answers — not a generic manufacturing template — and return it as a free CAD drawing before you commit to anything.
Cleanroom & ESD Options for Precision Robotics
Some robotics builds don’t stop at ESD-safe — semiconductor handling arms, medical and surgical robotics, and optics-integration work often need a controlled particulate environment on top of static control. We build modular cleanroom walls, ceilings and filtration packages that wrap around an existing bay, so you can section off a Class 100,000 (ISO 8) or tighter assembly area without a full building addition.
A modular cleanroom pairs with the same ESD workbenches and bin shelving used on the open shop floor — the difference is the wall, ceiling and filtration package around it, not the furniture inside it. That means we can quote both in one layout: open ESD assembly for sub-components, and a sealed cleanroom cell for the steps that need it.
Typical additions: HEPA-filtered ceiling modules, pass-through windows for parts hand-off without opening the main door, and gowning anterooms sized to your shift count.

Why Robotics Manufacturers Work With MH-USA
- Free CAD layout — we measure your floor (or work from your drawings) and return a to-scale layout before you commit to anything.
- One team for the whole floor — cage systems, machine guarding, pallet rack, shelving, VLMs, mezzanines and ESD workbenches from a single design and install partner.
- We work around your production schedule — phased installs so cells and lines stay running.
- Nationwide install network — 50 states shipped, with local install crews in the Mountain West.
Site Visit or Drawings
Send floor plans or let us walk the floor — either way we capture the real dimensions, not assumptions.
Free CAD Layout
A to-scale layout showing exactly what fits where, sized to your components and cell footprints.
Quote & Adjust
Line-item quote you can adjust before ordering — add, remove, or resize any system.
Install
Our crews install on your schedule, phased around production if your cells need to stay running.
Get a free quote
Tell us what you are storing, the room size and your timeline. A project specialist will follow up with layout options and pricing. Prefer to talk? Call (800) 326-4403.
Frequently Asked Questions
Do you design the safety guarding around our robot cells, or just supply panels?
Can you build ESD-safe storage for our controller and sensor assembly line?
We have both a parts side and a finished-machine side on the same floor — can you lay out both?
Do you work with robotics manufacturers outside Utah?
Ready to Lay Out Your Robotics Floor?
Get a free CAD layout and quote for cage systems, machine guarding, ESD workstations, and storage — sized to your cells and components.



