Mould Transfer Cart
Mould Transfer Cart
Key Technology and Operation Logic of Mould Transfer Cart
Power Supply System Design: Adopts battery-powered mode; the battery installation position can be flexibly adjusted according to the cart body size. If there is no specific requirement from the customer, it is by default installed at the inner center of the cart body, and can also be installed at the front or rear positions. The overall design ensures convenience, ease of operation, and safety in use.
Control Core and Input Methods: With the control module as the core control unit, it is equipped with an operation handle or remote control as command input tools to realize human-machine interaction.
Loading and Steering Structure: The tabletop carries goods; the steering wheel enables direction guidance, while fixed wheels and the steering wheel jointly bear the cart's weight, ensuring stable operation under heavy load conditions.
Power Transmission Process: Batteries supply power to the DC traction motor; after the motor undergoes speed reduction and torque amplification, it transmits power to the fixed wheels to drive the cart.
Safety Warning Device: Equipped with an LED sound and light alarm, which has both working status indication and safety warning functions to enhance safety in operation scenarios.
Operation Function Implementation: Commands such as start, stop, forward, reverse, left turn, right turn, and speed adjustment are issued via the remote control. The electronic control system receives the commands and sends driving signals to the DC motor, ultimately enabling the cart to perform various actions.
Applications:
1. 5S Management Workshop (Lean Production Scenario)
As the core transfer tool for 5S lean management, it enables material transport with "fixed locations, fixed routes, and fixed items" - primarily handling large molds, steel ingots, or small batches of steel. This prevents random stacking of heavy materials, maintains workshop tidiness and order, shortens transfer distances between workstations, and effectively boosts on-site operational efficiency.
2. Automotive Mold Workshop (Key Industry Application)
Specifically designed for transporting heavy automotive molds (e.g., body stamping dies, interior injection molds) and coil steel, it seamlessly interfaces with automotive stamping lines, injection molding lines, and mold warehouses. Ensures zero deformation during transport of 5-50 ton automotive molds, perfectly matching the high-frequency mold change demands of automotive mass production.
3. Aerospace Equipment Workshop (High-Precision Scenario)
Designed to meet the high-precision, heavy-load transportation demands of aerospace manufacturing-handling large aircraft component molds (such as fuselage structural molds) and high-strength steel. Its stable operation (low vibration, positioning accuracy ±3mm) prevents damage to aerospace molds while navigating narrow workshop aisles between assembly stations with agility.
4.Foundry Mold Factory (Heavy-Duty Casting Applications)
Engineered for heavy-duty casting applications - primarily transports casting molds (e.g., engine block molds), cast forming modules, and steel ingots. Withstands mild dust and high-temperature conditions in foundry workshops. Reliably transfers 10-80 ton casting molds between mold processing zones and casting pouring stations, enhancing foundry tool turnover efficiency.
Custom Service
1.Custom Load-Bearing Structures - Adapted for Different Mold Weights
Load Capacity Range: Customizable high-strength steel frames and load-bearing beams (using Q355/Q460 wear-resistant steel) tailored to your mold weight (5-200 tons, e.g., automotive stamping molds at 30 tons, aerospace large-structure molds at 80 tons, casting cylinder block molds at 50 tons), ensuring no deformation or slippage under heavy loads.
Load-bearing Details: For irregular molds (e.g., slender molds, irregular block molds), customize "reinforced distributed load-bearing platforms" or "localized thickened support points" to prevent localized mold damage from concentrated pressure.
2. Dimensions & Structure Customization - Adapting to Site Layout and Mold Form
Body Dimensions: Tailored to your workshop aisle width (e.g., 3-meter narrow passages), door clearance height (e.g., 2.8-meter low spaces), and mold storage area dimensions. Customize overall length, width, and height (e.g., shorten body to 4.5 meters for narrow workstations, reduce height to 1.2 meters for door clearance).
Work Surface Structure:
For circular/cylindrical molds, customize V-shaped anti-slip surfaces (with rubber buffers to prevent mold rolling);
For scenarios requiring loading/unloading alignment, customizable "elevating worktops" (10-50cm lifting range to match mold rack/production line heights);
For simultaneous transport of multiple molds, customizable "partitioned worktops" (with dividers to prevent mold collisions).
Hot Tags: mould transfer cart, China, manufacturers, suppliers, factory, customized, made in China, Concrete Mould Transfer Carriage, Mold Transport Rail Bogie, Heavy Duty Electric Platform Trolley, Material Transfer Wagon, Factory Material Transfer Wagon, Mould Transfer Cart
Send Inquiry
