English (UK) 
简体中文 Technogenes: the industrial revolution in modular design
The core breakthrough of the Furnum multiplier chain is theSystem architecture with standardised aluminium profile frames and interchangeable modulesUnlike traditional conveyor manufacturers who rely on customisation of individual components, Furnum has built an ecosystem similar to "Industrial Lego". Unlike traditional conveyor equipment manufacturers that rely on single-unit customization, Furnem has built an ecological system similar to "Industrial Lego": through the free combination of 17 standard cross-section aluminium profiles (including patented groove design) and 5 types of drive modules (drum motor/synchronous belt/multiple-speed chain), Furnem has achieved the industry record of delivering a non-standard project of 90% in 72 hours. industry record. This modular thinking reconstructed the cost model - in a new energy battery plant renovation project, its standardised components reduced maintenance costs by 60% and compressed spare parts inventory by 80%.
Industry InsightWhen China's manufacturing industry shifted from "line overhaul" to "monthly line restructuring", Furnum's modularisation strategy hit the pain point - the pain point ofFighting fragmented customisation with detachable standardisation. This model is more commercially penetrating than parametric leadership, as is the case with its 2.5x chain on Tesla's 4680 battery line: sensor installation time is reduced by 70% through standard slots in the high-strength aluminium profile bezel.
Innovation Fission: Scenario Attacks Behind the Patent Wall
The online sorting patent (CN119114441A), exposed in 2024, highlights the depth of the technology: targeting e-commerce logistics in theIdentifying Pain Points in Folded CartonsThe innovation adopts a dual-screw linkage mechanism to control the perforator and air nozzle. When detecting the deformation of the box, the precision air column is injected into the side wall in 0.3 seconds, simultaneously eliminating the folds and flattening the two-dimensional code, and suppressing the recognition error rate from the industry average of 12% to 1.7%. This "millimetre-level crease attack" is in fact a "millimetre-level crease attack".A Paradigm Leap in Scenario-Based R&D.
Synergistic evolution of the technology matrix
- Dynamic Friction ControlIn automotive battery pack conveying, the piezoelectric sensor monitors the pallet sliding trend in real time and automatically adjusts the torque of the rollers, controlling the offset to ±0.5mm (8 times more accurate than the mechanical limit).
- Aseptic chain plate technology: Pharmaceutical field fully sealed chain cavity + ceramic bearing + food grade PU coating, verified by CIP in-situ cleaning, total colony count <10CFU/m².
- Wear-resistant patent breakthrough in 2025The new speed chain transmission line adopts the design of connecting the upper and lower cavities, which improves the replacement efficiency of wear-resistant parts by 40% and shortens the dismantling time of dust-proof parts by 60% (Patent No. CN222845861U).
Industry penetration: from automotive intelligence to life sciences
New Energy Vehicles' Battle for Breakthrough
In the Tesla 4680 battery production line, Fornum'sSynchronous belt conveyor + electromagnetic guidance systemReplaces traditional chain conveying for a triple transformation:
- zero-touch transmission: Eliminate the risk of contaminating the core with metal shavings
- frequency conversion accumulator: The speed of the station section is automatically reduced to 0.2m/s, and the assembly error rate is reduced by 45%.
- Digital twin maintenance: Vibration sensors warn of bearing failure 48 hours in advance
Precision delivery in the life sciences
An mRNA vaccine company's dispensing line:
- -70°C deep-cooling transport: Special alloy chain maintains toughness at ultra-low temperatures, breaking through the bottleneck of temperature control of biological agents
- Class 100 cleanliness standard: Nano-coating results in particle precipitation <0.1 μm/hr.
- Full life cycle traceability: Trays implanted with RFID chips to track cell culture media flow
Strategic Insights: When a German competitor transplanted a car solution to a seafood factory resulting in salt spray corrosion (72 hours of paralysis), Furnum used theTitanium alloy chain plate + ceramic bearingCombination Breaking - Seal of ApprovalIndustry Know-How is more important than technical parametersThe Iron Law of.
Ecological Layout: From Hardware Supplier to Standard Setter
Open Source Protocols Reconfigure the Industry Ecosystem
At the 2023 Wuhan Forum, Fornum OpenFast Chain Interface Protocol(based on CAN bus), for the first time to achieve cross-brand equipment "plug and play". After the application of a logistics integrator, the project commissioning cycle was compressed from 45 days to 7 days.
Talent Feeder Mechanism
- three-tier posting systemNew engineers need to go through automotive/photovoltaic/food production lines to cultivate cross-scenario solving capabilities.
- Creative Lab: 20% man-hours to develop non-standard modules and incubate patented products such as magnetic levitation jacking shifters.
- Industry-University-Research Attack: Building an Intelligent Conveyance Algorithm Centre with Harbin Institute of Technology (HIT), focusing on breakthroughs in distributed drive collaboration
Green Manufacturing Pioneer
Bio-based engineering plastics roller validated by BYD:
✓ Reduced carbon footprint of polylactic acid (PLA) materials 53%
✓ Self-lubricating design for a lifetime of maintenance-free operation
✓ 90% Degradation Rate Environmental Commitment
Core Q&A about Furnum Doubling Cables
Q: What are the real barriers to modular design?
A: The key isInterface Ubiquity and Conservation of Accuracy::
- Thermal deformation compensation0.05mm/m expansion allowance for aluminium profile connectors to ensure stable precision in high temperature environments.
- Dynamic coupling technologyMagnetic couplings instead of mechanical clips maintain μ-level mating accuracy in vibrating environments.
- topology optimisation algorithm: Generative design allows weight reduction of articulated parts 40% without loss of rigidity
Q: How to solve the problem of heavy-duty conveying industry?
A: Fornum's three-tier reinforcement programme:
- Material breakthroughsNano-crystallised SCM435 alloy chain plate with tensile strength up to 1800MPa.
- Structural innovationsDual-drive roller centre-mounted design, increasing the effective conveying span to 8 metres (industry average of 3 metres).
- intelligent monitoring: Distributed fibre optic sensors for real-time early warning of deformation with an accuracy of 0.01mm
Q: What technologies will disrupt the industry in the future?
A: Focus on three main directions:
- Superconducting Wireless Power: Experimental Line Achieves 90% Energy Transmission Efficiency over 3 Metre Distance
- neuromorphic control: Bionic chip gives millisecond autonomy in obstacle avoidance
- 4D Printed Smart Alloys: Self-healing microcracks after damage
When the global manufacturing industry is facing the new normal of "small batch, fast iteration", the Furnum Speed Chain is not just a conveyor - it's aGene editors for flexible productionThe company's DNA has been reconfigured with standard interfaces.Alchemists of Scenic Innovation, distilling common solutions in the differences between automotive battery packs and vaccine bottles. Companies that have translated aluminium profile notches into the language of technology are rewriting the rules of the game in the deep waters of smart manufacturing.
