Automated Speed Chain Conveyor Line: Efficient Conveying Solution for Smart Factory

I. The core principle of the multiplier chain: synergistic evolution of speed and precision

The mystery of the "multiplication" of the speed chain comes fromDouble Diameter Roller Structureof mechanical design:

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  • Internal chain roller(diameter d): contact with the guideway to form the base velocity V₁
  • External Chain Roller(Diameter D, D>d): additional speed due to friction with the workpiece plate
    According to the motion superposition formulaTotal V = V₁ x (1 + D/d)The speed of the pallet can be up to 3 times the speed of the chain when D=2d. This design is based onLow energy consumption chain driverealiseHigh-speed material handlingThe motor load is reduced to 40% or more, while avoiding positioning deviation caused by high-speed vibration.

Real-world optimisation of spraying scenarios::

A home appliance factory has been able to accurately intercept workpieces within 0.5 seconds through dynamic stopping technology:

  • Adaptive spray angle adjustment for shaped surfaces
  • Coating thickness fluctuation ≤±2μm
  • Reduced cleaning time for colour change 60%

II. Supporting equipment systems: evolution from single conveyor to integrated ecology

1.Synergy matrix of functional modules

kit core functionality Industry Cases
jack-up transplanter Enables 90° cable changes/multi-layer transfers Automotive dashboard double-layer assembly line
Power drum transition section Convergence of different conveyor beats Lithium battery PACK line
Electrostatic adsorption work plate Anti-dispersion of small workpieces (±5000V) Mobile phone motherboard chip line
Explosion-proof rail Flame retardant grade ExdⅡCT4 New energy battery box coating line

2.Three-tier architecture of the intelligent control centre

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[Device layer]: PLC + high precision sensor (±0.05mm positioning)
  │
[Execution layer]: MES scheduling system (dynamic adjustment of work station beats)
  │
[Decision layer]: AI capacity optimisation model (predictive maintenance reduces 70% failures)

case (law): With this system, the Suzhou plant has reduced energy consumption by 0.34 RMB per piece conveyed.


Third, industry application scenarios: from heavy load to precision adaptation breakthroughs

  1. Automotive Manufacturing

    • Great Wall Motor CustomisationDouble Speed ChainWider and thicker design of the work plate, load bearing 2.2 tonnes engine block.
    • collocationElevator linkage systemVertical conveying of materials in a three-storey workshop
  2. 3C Electronics

    • Mobile phone assembly line usingElectromagnetic Reducing RollerAutomatic switching of light/heavy load modes (200kg→40kg)
    • Millimetre positioning accuracy guarantees screen assembly yield of 99.2%
  3. New Energy Sector

    • Tennant GroupTotally enclosed dust-free multiplier chainBattery Cell Dust Pollution Reduction 90%
    • Anti-static tray + ceramic coated rollers to avoid the risk of sparks in lithium battery production

IV. Supporting configuration strategies for SMEs

Cost-sensitive programmes(Investment <$500,000):

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  • Line length: 10-15 metres for a single section (to avoid excessive lengths leading to chain slack)
  • driving power: 2.2kW Shingo geared motor (supports 220V)
  • expansion module: Detachable lighting socket + pneumatic stopper

Space optimisation tips::

Changzhou Guangliang's 16m compact multiplier chain for VinFast Vietnam, laid out through an S-curve:

  • Realisation of the original 500m2 capacity in a 300m2 workshop
  • Workstation spacing compressed to 1.2 metres (1.5 metres required for standard lines)

V. Future trends: flexible manufacturing and the green revolution

  1. Digital twin pre-commissioning
    Production line previewed in virtual environment of Qingdao factory, thermal deformation compensation algorithm enables 12m chain runout <0.1mm, new model introduction cycle time from 14 days → 3 days.

  2. Bio-based Composites
    DuPont 2025 launchPolyamide rollers::

    • Carbon Footprint Reduction 53%
    • Abrasion resistance 3 times higher than engineering plastics
  3. The Maglev Drive Revolution
    The contactless transmission scheme in the test:

    • Energy consumption reduced by 40% compared with conventional motors
    • Complete elimination of chain wear dust

Self-questioning: core concerns of the multiplier chain support system

Q1: How to choose between 2.5x chain and 3x chain?
A: Light load environment (≤200kg) choose 2.5 times speed chain (measured growth rate 2.3 times), heavy load scenario (≥1 tonne) with 3 times speed chain (measured 2.7 times) - friction loss makes the theoretical value discounted by 90%.

Q2: Why is the maintenance cost lower than a belt line?
A: Triple self-maintaining design:

  • Self-lubricating kit(Extended oil change intervals to 1 year)
  • wear bar(50,000 hours of anti-dust abrasion life)
  • Automatic tension adjustment(Reduction of manual inspections 60%)

Q3: What are the advantages over traditional drum lines?
A: The multiplier chain is inDynamic assembly scenariosIrreplaceable:

  • Positioning accuracy of roller line ±2mm → Bevelling chain ±0.05mm
  • backingsynchronous accumulation of discharges(Roller lines need to be stopped)
  • Low energy consumption 40% (motor power ≤ same load drum line)

While the manufacturing industry is still debating whether "efficiency and flexibility can co-exist", the Speed Chain system has already been used in the manufacturing industry.Space Utilisation Enhancement 200%, andUnit energy consumption down 34%The data from the conveyor line has reconfigured the logic of production - it has transformed the conveyor line from a cost centre into an "efficiency value-add" in the smart factory.

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