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Heavy Machinery, Die & Mould

Heavy Machinery, Die & Mould

Henan Universal Industrial Equipment Co.,Ltd. provides complete material handling solutions for the heavy machinery industry. Its transfer carts are specifically designed for the precise handling of heavy machinery components such as mainframes, frames, gearboxes, castings, and large structural parts, suitable for assembly line operations, workpiece transfer, equipment installation, and maintenance. Choosing ours solutions ensures safe and efficient operation in all aspects of production, transfer, and installation, effectively improving overall production efficiency and operational safety.

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Material Solution

Material Solution
Material Solution
Material Solution
Material Solution
Material Solution
Material Solution
Material Solution
Material Solution
Material Solution
Material Solution

Why heavy machinery factories need a dedicated heavy‑duty transfer system?

Heavy machinery features heavy offset loads, precision machined surfaces and irregular shapes. Stable clamping, shock‑free transport and accurate positioning are critical for production safety.
Unbalanced heavy load instability

Heavy eccentric workpieces easily shift and tilt. Custom fixtures ensure stable and safe transfer.

Crane bottleneck workflow

Ground transfer reduces frequent hoisting, freeing cranes for core assembly tasks.

Cable damage risk

Battery/rail power eliminates trailing cable abrasion from metal debris and workshop traffic.

Suspended load hazard exposure

Ground transportation avoids swinging, dropping and impact damage to high‑value mechanical parts.

How the battery powered transfer cart system works

A ground based control unit manages power supply for the transfer cart. On board battery packs feed the cart’s drive and control system. Battery sizing, charging layout, heavy load capacity, insulation monitoring and safety protection are engineered for heavy machinery workshop layouts and tough duty cycles.

Stage Engineering function
Ground power management Select battery capacity and charging setup for travel range, heavy load workload and shift based operation.
On board power transmission Integrate power output, insulation and heavy dust anti contamination protection into the vehicle system.
On board drive and control Deliver precise travel, positioning and smooth braking, no trailing traction cables, with minimal charging downtime.

Transportation challenges of heavy duty machinery

Load Instability & CoG Offset

Load Instability & CoG Offset

Off center heavy workpieces may tip over during start up, turning or slight slope passing if mis positioned.
Blind Spots & Collision

Blind Spots & Collision

Oversized loads block vision. Mixed operation of carts, forklifts, cranes and personnel leads to collision risks.
Brake Failure & Inertia

Brake Failure & Inertia

Heavy load large inertia. Insufficient braking power or brake slip on tiny slopes causes failure to stop safely.
Power & Environment Risks

Power & Environment Risks

Cable reel power supply cables are vulnerable to cuts and crushing by workshop debris, causing power loss or electric leakage.

Recommended project configuration

  • Center of gravity alignment system: A center line is drawn on the platform, and V-shaped brackets or positioning blocks are customized for specific workpieces.
  • Active obstacle avoidance sensing: Equipped with 360° ultrasonic/laser obstacle avoidance sensors, it automatically decelerates when an obstacle is detected within 2 meters and forces an emergency stop within 0.5 meters.
  • Dual braking design: Employs a dual protection system of electromagnetic brake and motor brake to ensure immediate stop upon power failure.
  • Synchronized audio-visual warning: In addition to warning lights, it should be equipped with a human voice announcement (e.g., "Equipment is in operation, please avoid it").
  • Ground flatness monitoring: For trackless flatcars, a chassis level sensor is added to prevent tipping due to uneven road surfaces.
Item Engineering scope
Rated load 20-500ton
Power supply 36V low-voltage rail power
Route Fixed point-to-point route; curves or loops can be engineered when required
Load support V-shaped or saddle cradle around coil diameter, width and axis direction
Operation Manual pendant, wireless remote or integrated control according to the project
Safety functions Controlled acceleration and braking, warnings, emergency stops and optional obstacle detection or interlocks

Main Equipments

Battery Rail Transfer Carts

Battery Rail Transfer Carts

The Battery-Powered Rail Transport Vehicle (KPX) is powered by lead-acid batteries or lithium batteries. The vehicle can move flexibly on the track and can move forward and backward via remote c...

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Low Voltage Rail Transfer Cart

Low Voltage Rail Transfer Cart

The low-voltage railcar (KPD) uses rail power to power its operation. The workshop’s AC power voltage is stepped down to 36V via a transformer and connected to the insulated rails via wires, ene...

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Sliding Contact Line Rail Transfer Cart

Sliding Contact Line Rail Transfer Cart

The sliding contact line powered rail transfer cart directly supplies AC power safety contact line power to the transfer cart’s AC control system for starting, stopping, forward movement, and re...

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Cable Reel Rail Transfer Cart

Cable Reel Rail Transfer Cart

The cable-powered railcar (KPJ) is directly powered by AC electricity power source. An AC motor drives the trolley, which is controlled forward and backward via remote control. Different cable r...

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Project Case

FAQ

Q1: Can the cart really reduce the transfer cycle by 50%?

Answer: Yes, where the comparable process takes about 20 minutes because of crane waiting and multiple handovers, a direct route can bring the cycle below 10 minutes. The final result is calculated from the actual route and stations.

Q2: Is horizontal transfer safer than moving the coil overhead?

Answer: The cart eliminates suspended-oad sway and overhead drop exposure during horizontal travel. Traffic separation,emergency stops, warnings, maintenance and procedures remain essential

Q3: Why is impact load reviewed separately from the 40t payload?

Answer: Loading impact depends on contact speed, placement method, contact area, load distribution and structural response. It is checked separately with the frame, wheels. rails and foundation.

Data required for a project-specific proposal

Send the following information so the cart, cradle, power, route and protection concept can be engineered around yourprocess.

  • Maximum coil weight and quantity per trip
  • Minimum and maximum outside diameter, inside diameter and width
  • Coil axis direction and preferred cradle arrangement
  • Loading and unloading method, including possible impact condition
  • Route drawing, length, rail gauge, curves, crossings and gradient
  • Trips per hour, shifts per day and operatin hours
  • Temperature, scale, dust, water and corrosion conditions
  • Site input power and electrical requirements
  • Manual, remote or automatic control requirement
  • Stopping, positioning and safety functions
  • Destination country and documentation requirements
  • Scope for rails, transformer system, installation, commissioning and training

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