Meal Delivery Cart FAQs

Optimus runs on a 120V / 20A circuit using a NEMA 5-20P plug. Most hospital and senior living kitchens already have these. Actual draw is 14A / 1400W.

No. Optimus requires a 20A circuit. The plug is NEMA 5-20P (the T-slot 20A configuration). Do not run it on a 15-amp circuit. Power planning details.

The Optimus ONE-20 holds 20 meals — 10 per side, at 4-inch tray spacing. ONE-22 and ONE-24 capacity configurations are available; contact us for current per-model specifications.

The ONE-20 is under 430 lbs. Weight figures for ONE-22 and ONE-24 come on individual spec sheets — contact us for the current numbers per model.

Optimus carts are designed and built in West Lafayette, Ohio, by JonesZylon. Made in USA.

Yes. The exterior is 18-gauge stainless steel. The frame is 16-gauge stainless with reinforced cross channels. Door handles are antimicrobial.

Six 6-inch premium casters that allow turn-on-axis maneuvering. (MealPro carts ship with 8-inch casters — they are different sizes; do not interchange specs across the two product lines.)

The Optimus measures 51.25 inches wide × 32 inches deep × 56.5 inches tall. It clears most modern hospital corridor and elevator dimensions. Confirm against your facility's drawings if there are known tight points.

A center wall separates the cabinet into two active zones. Side-mounted refrigeration runs on one side; convection heat on the other. Both run continuously while the cart is plugged in or in motion, so a hot entree and a cold salad arrive at the right temperatures on one tray.

No. Rethermalization carts re-heat pre-cooked, refrigerated food to serving temperature, usually inside a docking station. Optimus is an active hot/cold delivery cart — it holds already-prepared hot food hot and cold food cold during transport. What is rethermalization?

No. Optimus is a self-contained cart. There is no wall unit, no base station, no nesting infrastructure. Plug Optimus into a standard 120V/20A outlet and roll. Docking vs self-contained.

The cabinet is insulated. Brief unplugged transport between charging stations and patient rooms is the normal operating mode. Hot and cold zones each retain their target ranges during typical hospital tray-delivery distances.

Passive insulated carts have no active heating or refrigeration — they slow temperature change but don't prevent it. The Optimus runs active heating and active refrigeration continuously, holding both temperatures across multi-hour service windows. Hot/cold cart architectures explained.

In most hospital tray-service and LTC unitized-tray workflows, yes. The pellet/dome system gets replaced by the active hot/cold cabinet — no pellets, no chargers, no domes. Cold food is now actively refrigerated rather than relying on cabinet insulation. Read the full pellet replacement guide.

No. Most facilities run a phased migration: pilot one floor or one shift, validate, then expand. Pellet replacement playbook walks through the staged rollout.

No. The Optimus replaces the pellet+dome combination entirely. The cabinet's active heating handles what the dome's passive insulation used to do, and the active refrigeration handles cold zones the dome system never managed.

Convect-Rite III is a cook-chill rethermalization system requiring 208V/30A docking stations at floor pantries. Optimus is a self-contained 120V active hot/cold cart that doesn't need docking infrastructure. The two systems serve different production models: Convect-Rite for cook-chill central kitchens, Optimus for cook-serve unitized tray service. Full comparison.

Both are 120V/20A active hot/cold delivery carts. Wedges include construction (Optimus stainless vs MOC II thermoformed plastic panels per matrix v2), data logging (Optimus 30-day USB logger vs MOC II LCD-only), form factor (Optimus under 430 lbs vs MOC II 485 lbs per matrix v2), and Made-in-America (Optimus per JZ sell sheet; matrix v2 records MOC II as not-Made-in-America). Full comparison.

Camtherm is primarily a passive insulated holding cabinet, available in active single-mode hot or cold variants. Optimus is active dual-temperature simultaneous on one tray. Different architectures for different workflows. Full comparison.

MealPro is the higher-capacity dual-cabinet line; Optimus is the compact single-cabinet line. MealPro fits high-volume centralized kitchens; Optimus fits hospital tray service, room service, and bedside delivery. Full Optimus vs MealPro comparison.

No equipment is HACCP certified — HACCP is a process, not an equipment certification. The Optimus supports HACCP documentation by capturing continuous hot- and cold-zone temperature data through its 30-day USB logger. HACCP documentation guide.

Hot-zone and cold-zone temperatures, recorded continuously, stored on the cart's onboard USB memory for up to 30 days per cycle. Pull the file via standard USB; opens in Excel or any text editor. Becomes the records portion of your HACCP documentation.

NSF and Intertek listed at the high level. Specific listing numbers are available on request. NSF/ANSI Standard 4 is the relevant equipment standard for powered hot food holding and transportation equipment.

120V carts plug into standard outlets; 208V systems require dedicated three-phase circuits typical of docking stations. Most US hospital and LTC facilities have 120V/20A receptacles widely available; 208V/30A is selectively installed for retherm or other heavy equipment. Full power planning guide.

Optimus runs on a standard 120V/20A circuit. It does not require a dedicated circuit, but it should not share a circuit with other heavy continuous loads. Standard pantry receptacle on a 20A circuit is the typical install.

A standard 120V / 20A plug, recognizable by the T-slot configuration on its corresponding receptacle. Optimus uses NEMA 5-20P. The 15-amp version (NEMA 5-15P) does not properly mate with the 20A receptacle; never adapt one to the other.

Pricing depends on configuration, quantity, and freight. Submit a quote request and a JonesZylon foodservice specialist will follow up. Request a quote.

Contact us for current GPO availability — Vizient, Premier, HealthTrust, and other GPO contracting status changes by quarter.

The fastest path is a virtual demo with your foodservice director and a JonesZylon specialist. We walk through your specific tray-service workflow and the cart's operating profile against your kitchen and pantry geometry. Schedule a virtual demo.

Yes. Download the RFP template — pre-filled with relevant spec criteria, NSF/ANSI Standard 4 references, and HACCP documentation requirements.

Yes. Acute care tray service, room service workflows, late tray scenarios, and modified-diet routing are the primary Optimus use cases. Optimus for acute care.

Yes. The 14-Hour Rule, person-centered dining models, and bedside service in resident rooms all fit Optimus's compact form factor and active dual-temperature operation. Optimus for LTC and SNF.

Yes, in conjunction with appropriate dining safety dinnerware. JonesZylon's MaxFlex line addresses the dining-safety side. Behavioral health dining.

JonesZylon's correctional foodservice equipment is sold and serviced through joneszylon.com — the corrections vertical is on a separate domain. Refer correctional inquiries there.