DIE CART & MOLD TRANSFER CART
DIE CART & MOLD TRANSFER CART
The MetalPress MMC Series is a heavy-duty, all-electric, battery-powered die cart and mold transfer cart for controlled movement of stamping dies, injection molds, and other heavy tooling. Standard models cover 2 to 80 metric tonnes (2.2 to 88 US tons), with the deck size, travel controls, and safeguards selected around the verified load and facility.
Industrial buyers may describe this equipment as a die transfer cart, mold cart, die handling cart, die transport cart, mold transfer cart, die transporter, mold transporter, die transfer trolley, powered die handler, or heavy tooling transport cart. The MMC uses powered multidirectional travel, wireless remote control, polyurethane wheels, and a welded-steel structure to move tooling between storage, toolrooms, maintenance areas, staging locations, presses, and molding machines.
As a custom die cart manufacturer and supplier, MetalPress configures each machine around maximum die or mold weight, dimensions, load center, weight distribution, deck size, transfer height, aisle width, turning space, floor loading, travel distance, battery duty, stopping points, and integration requirements. Request a die cart quote after these inputs are defined; price and total installed cost depend on capacity, controls, options, safeguards, and the transfer workflow.
TECHNICAL OVERVIEW OF MMC DIE CARTS
A die cart is an industrial vehicle that supports and moves a die, mold, or other heavy tool between defined locations. The same basic equipment may be called a die transfer cart, mold cart, die handling cart, die transport trolley, mold transporter, powered die handler, or die handling truck. “Handler” is broader than “cart,” so the required lift, transfer, and press-interface functions must be confirmed.
A powered die cart provides controlled travel, a purpose-built support surface, repeatable stopping, and operator control for heavy-tool movement. It can reduce repeated forklift or crane handling on defined routes, but it does not remove the need for a facility risk assessment, safe operating procedures, verified floor capacity, and engineered handoffs.
The MMC platform uses all-electric battery propulsion, dual direct-drive gear motors, wireless remote control, multidirectional travel, solid polyurethane wheels, a reinforced welded-steel frame, and accessible controls. Options shown on this page include joystick control, lithium batteries, a protective rubber surface, LiDAR, a full-perimeter safety edge, and removable safety rails. Lift, roller-deck, push-pull, docking, rail-guided, or other transfer functions must be specified and confirmed for the application rather than assumed to be standard.
HEAVY DUTY CONSTRUCTION
Made to Stand Up to Constant Use.
The reinforced welded-steel frame is engineered to limit deflection under the specified die or mold load. Dual direct-drive gear motors provide powered travel, while heavy-duty sealed bearings support repeatable operation in demanding industrial service.
ALL ELECTRIC
Smooth Operation
Dual electric gear motors drive the cart with controlled acceleration, travel, and deceleration. The battery-powered arrangement supports a trackless workflow without a trailing power cable; the required duty cycle and charging plan are confirmed during selection.
FLEXIBLE MOVEMENT
Any Direction You Need
Multidirectional movement helps position the die cart in tight toolrooms, press aisles, and staging areas. Available travel geometry must be matched to the aisle width, turning space, floor condition, load center, and required stopping points.
POLYUREHANE WHEELS
Smooth Ride
Solid polyurethane wheels combine load capacity, durability, traction, and floor protection. Wheel loading and floor capacity must be checked for the heaviest die or mold and the actual weight distribution.
STANDARD REMOTE WIRELESS CONTROL
Safe Operation at a Distance
Wireless remote control is standard, allowing the operator to command powered travel from a clear viewing position. An optional joystick pendant supports fine multidirectional positioning near storage, maintenance, and production handoffs.
SAFETY FIRST
Lidar Laser Scanner
The LiDAR sensor scans the surrounding area and measures reflected signals to support obstacle detection, distance monitoring, and navigation functions. Its protective function and required stopping distances are engineered for the specific speed, load, route, and plant environment.
SIMPLIFIED CONTROL PANEL
Easy Access
The slide-out control panel improves access to electrical and control components, helping technicians inspect, troubleshoot, and maintain the powered die cart without unnecessary disassembly.
STANDARD LEAD ACID BATTERIES
Durable and dependable power
Standard lead-acid batteries provide proven, cost-effective power for heavy-duty die-transfer duty. Battery capacity and charging arrangements should be selected from travel distance, loaded cycles per shift, dwell time, opportunity charging, and the required reserve.
STANDARD FEATURES INCLUDED
| Item | Price |
| Fast Operation | Included |
| Easy to Use | Included |
| Simple to Maintain | Included |
| Safer to Use Than Conventional Methods | Included |
| Can be Used for Dies or Molds | Included |
| Can be Used for Other Heavy Loads | Included |
| Voltage Choice: 380V, 50 Hz, 3 ph, 480V, 60 Hz, 3 ph, 575V, 60 Hz, 3 ph | Included |
HIGH QUALITY COMPONENTS
We Use Brand Name Components You Know, Already Use and Trust.
The cart uses recognized industrial components selected for reliability, serviceability, and local availability. Final component brands and standards are confirmed in the quotation and approved technical documentation.
HIGHEST RETURN ON INVESTMENT
We Give You More Value for Your Money.
Return on investment depends on the current handling method, labor time, crane or forklift availability, tooling damage, changeover delays, maintenance, and production losses. Use the die-cart selection, cost, and ROI guide to document the assumptions before comparing alternatives.
JOYSTICK CONTROL
Ergonomic control
The optional joystick pendant provides ergonomic control for smooth multidirectional travel and fine positioning. It can be worn with the supplied neck strap so the operator maintains a clear view of the die, route, and handoff point.
RUBBER COVER
Added Load Protection
An optional protective rubber cover adds slip resistance, cushions contact, reduces vibration and noise, and helps protect die and mold surfaces during movement.
SAFETY EDGE
Add Worker Protection
An optional full-perimeter safety edge can provide an additional protective input around the cart. Its coverage and response must be coordinated with speed, stopping distance, floor condition, controls, and the facility risk assessment.
SAFETY RAILS
Add Worker Protection
Optional removable safety rails can help contain the tooling envelope on selected configurations. Retention requirements depend on load shape, center of gravity, route, acceleration, and the approved handling method.
LITHIUM BATTERIES
Faster Charging
Optional lithium batteries can provide longer service life, faster charging, higher energy efficiency, and reduced routine maintenance. They are useful when frequent cycles, limited charging time, or high availability make battery duty a key selection factor.
COLOR OPTIONS
Two standard color schemes are available. Custom paint and marking requirements can be reviewed during quotation.
TWELVE STANDARD SIZES
Flexible Range of Applications.
Twelve standard MMC capacities cover 2 to 80 metric tonnes (2.2 to 88 US tons). The correct model is selected from verified tooling weight, dimensions, load center, deck geometry, floor loading, and application safety factors.
| Model | Load Capacity (tons) | Table Size (A) x (B) (in) | Table Height (H) (in) |
| MMC-2 | 2.2 | 78.7 x 55.1 | 17.7 |
| MMC-3 | 3.3 | 78.7 x 55.1 | 27.6 |
| MMC-5 | 5.5 | 78.7 x 55.1 | 17.7 |
| MMC-10 | 11 | 98.4 x 66.9 | 19.7 |
| MMC-16 | 17.6 | 98.4 x 74.8 | 27.6 |
| MMC-20 | 22 | 98.4 x 74.8 | 23.6 |
| MMC-25 | 27.5 | 118.1 x 78.7 | 27.6 |
| MMC-30 | 33 | 118.1 x 78.7 | 23.6 |
| MMC-40 | 44 | 157.5 x 90.6 | 27.6 |
| MMC-50 | 55 | 177.2 x 110.2 | 27.6 |
| MMC-65 | 71.5 | 196.9 x 118.1 | 27.6 |
| MMC-80 | 88 | 236.2 x 118.1 | 27.6 |
| Model | Load Capacity (tonnes) | Table Size (A) x (B) (mm) | Table Height (H) (mm) |
| MMC-2 | 2 | 2000 x 1400 | 450 |
| MMC-3 | 3 | 2000 x 1400 | 700 |
| MMC-5 | 5 | 2000 x 1400 | 450 |
| MMC-10 | 10 | 2500 x 1700 | 500 |
| MMC-16 | 16 | 2500 x 1900 | 700 |
| MMC-20 | 20 | 2500 x 1900 | 600 |
| MMC-25 | 25 | 3000 x 2000 | 700 |
| MMC-30 | 30 | 3000 x 2000 | 650 |
| MMC-40 | 40 | 4000 x 2300 | 700 |
| MMC-50 | 50 | 4500 x 2800 | 700 |
| MMC-65 | 65 | 5000 x 3000 | 700 |
| MMC-80 | 80 | 6000 x 3000 | 700 |
Applications of the MMC Die Cart & Mold Transfer Cart
Move stamping dies from storage or staging toward the press area using a supported, controlled route. Press loading, docking, height adjustment, powered roller transfer, or push-pull functions are separate requirements that must be engineered and confirmed.
Move dies and molds between storage, benches, inspection, repair, spotting, and production-preparation zones. Document pickup and discharge support, aisle clearance, surface protection, and maintenance access at every handoff.
Pre-stage the next die near the press to reduce avoidable waiting during changeover. The die changeover applications guide connects transport, orientation, alignment, clamping, and restart activities.
Use the cart as the movement link among die racks, storage shelves, maintenance areas, and the die upender. Verify support height, load orientation, clearances, retention, and the sequence that authorizes each transfer.
Transport heavy injection molds between storage, mold maintenance, tryout, staging, and molding machines. Mold dimensions, cooling connections, surface protection, machine access, and the approved change method affect the cart configuration.
Oversized or asymmetric dies require verified weight distribution, load center, deck support, retention, route clearance, wheel loading, and floor capacity. A wide deck alone does not establish stability; use the full tooling envelope in the engineering review.
Frequently Asked Questions About Die Carts
A die cart supports and moves heavy dies, molds, and tooling between storage, toolrooms, maintenance areas, staging locations, presses, and molding machines. Its exact lift, deck-transfer, docking, and positioning functions depend on the specified configuration.
Start with the maximum verified die or mold weight, then review dimensions, load center, weight distribution, deck size, floor loading, route, and the applicable engineering safety factors. MetalPress MMC models cover 2 to 80 metric tonnes (2.2 to 88 US tons).
Yes. The MMC is an all-electric, battery-powered die cart with powered multidirectional travel and wireless remote control. Lead-acid batteries are standard and lithium batteries are optional.
It can be engineered as part of a press- or machine-loading workflow, but the transfer height, docking, lift, roller deck, push-pull mechanism, alignment, controls, and safeguards must be specified and confirmed. Do not assume those functions are standard on every cart.
Provide maximum and minimum tooling weight and dimensions, load center, deck and transfer height, pickup and discharge details, aisle width, turning space, floor condition and capacity, travel distance, cycles per shift, controls, power, safeguards, integration signals, and required documentation.
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Specify the Tool, Route, and Handoffs Before Choosing the Cart
Record the die or mold weight, dimensions, load center, support surface, pickup and discharge height, aisle width, floor loading, travel distance, cycles per shift, charging window, stopping points, and every interaction with racks, presses, molding machines, upenders, cranes, or forklifts. Then select capacity, deck geometry, battery, controls, wheels, safeguards, and any application-specific lift, roller, push-pull, or docking functions. Use the heavy tooling movement applications page to map the workflow and the die-cart selection guide to compare configurations, cost, and payback.