TXLET metallurgical cranes are engineered to operate under the world’s harshest industrial conditions, from extreme heat and heavy loads to continuous 24/7 cycles. Combining advanced heat treatment, precision CNC machining, and intelligent control systems, TXLET delivers cranes that ensure absolute safety, reliability, and efficiency. With proven success in global steel plants, TXLET continues to pioneer the future of lifting technology through AI, IoT integration, and sustainable engineering excellence.
In the age of the Fourth Industrial Revolution, the metallurgy and steel industry continues to stand as the economic backbone of nations worldwide. At the very heart of these operations – from transporting molten metal to lifting colossal steel slabs – lies the metallurgical crane. This is not merely a lifting machine, but the lifeline of the plant, the pulsating heart that keeps production moving.
TXLET has established itself not just as a manufacturer, but as an architect of superior lifting solutions. Unlike conventional equipment, TXLET metallurgical cranes are engineered to endure the harshest conditions: temperatures exceeding 1000°C, massive loads weighing hundreds of tons, and relentless 24/7 operation. In such environments, even the slightest malfunction can trigger catastrophic economic losses and serious safety risks.
Absolute Safety: eliminating every possible hazard within extreme working conditions.
Unrivaled Reliability: guaranteeing maximum uptime and eliminating production bottlenecks.
Extended Lifespan: maximizing return on investment across the full lifecycle of a project.
Intelligent Performance: merging raw mechanical strength with automation and intelligent control.
At TXLET, compromise is never an option. The company channels significant investment into a closed-loop manufacturing process, where advanced heat treatment, high-precision machining, and Artificial Intelligence (AI) converge. This synergy produces cranes that are not only powerful and durable, but also intelligent, economical, and future-ready—embodying the essence of reliability for industries that cannot afford failure.
A metallurgical crane's durability is not measured by the amount of steel, but by the quality of its structure and welds. In steel production environments, the crane structure constantly battles two perilous enemies: Residual Stress from the welding process and Deformation caused by continuous high temperatures. This is where TXLET creates an unreplicable difference.
The greatest post-welding challenge is the accumulation of Residual Stress, which dramatically increases the risk of cracking and deformation over time. TXLET has comprehensively solved this issue by investing in a system featuring:
Massive Heat Treatment Furnaces: Capable of housing and treating main girders and trolleys with payloads of hundreds of tons.
Standardized Annealing Process: Post-welding structures are carefully heated to a calculated temperature, followed by a strictly controlled slow-cooling cycle.
Near-Total Elimination of Welding Stress: Minimizes the risk of micro-cracks, ensuring the weld joint's lifespan matches that of the base material.
Improved Mechanical Durability: Increases long-term load-bearing capacity and resilience against dynamic load cycles.
Dimensional Stability: Guarantees the girder remains undeformed after production, maintaining perfect accuracy for subsequent assembly steps.
In parallel with heat treatment, TXLET applies structural reinforcement solutions utilizing Finite Element Analysis (FEA) in its design process.
Main Girder Optimization: Girders are engineered for optimal load distribution, minimizing the dead load while significantly boosting rigidity and reducing vibration during high-speed operation.
High-Strength Steel Materials: We use modern alloy steels to reduce the required steel mass, lengthen the lifespan of wheels and rails, and increase lifting efficiency.
This foundation transforms the TXLET crane into a cohesive, enduring structure that resists fatigue and deformation, even after decades of continuous operation in high-heat steel pits.
In metallurgical cranes, precision is not a luxury; it is a fundamental necessity. Every beam, axle, and wheel must move in absolute harmony. When handling molten steel or lifting structures weighing hundreds of tons, even the smallest deviation can have severe consequences. An error of just 0.1 mm may result in increased vibration, accelerated wear of components, and ultimately catastrophic breakdowns that can halt production entirely.
For TXLET, precision is not only about tolerances—it is about establishing a new global benchmark for the crane industry, ensuring every movement is smooth, predictable, and free of error.
To meet the extraordinary requirements of global metallurgy projects—where cranes are designed for 300–500 tons and beyond—TXLET has invested in some of the most advanced large-scale CNC machining systems available in the world.
Horizontal Boring Machines: capable of processing extremely large girders with consistent accuracy across their entire length.
Gantry Milling Machines: engineered for the precise machining of wide surfaces and multiple connection points simultaneously.
These machines are not ordinary workshop tools; they are industrial giants that can handle structures longer than 30 meters, weighing hundreds of tons, without sacrificing accuracy.
TXLET guarantees absolute tolerances, verified and certified through advanced measurement systems:
Positional Accuracy: 0.02 mm
Parallelism: 0.015 mm
These figures are far beyond typical industry standards and represent the pinnacle of machining accuracy in heavy equipment manufacturing. The result is cranes that operate with ultra-smooth motion, reduced friction, minimal wear, and an unprecedented operational lifespan.
In essence, TXLET ensures that precision engineering directly translates into long-term reliability.
Another cornerstone of TXLET’s precision strategy is its proprietary integrated machining technology. Unlike conventional manufacturers who process individual components separately and then assemble them (a method that often results in cumulative errors), TXLET machines entire structural assemblies in a single setup.
Maximum Reduction of Assembly Errors: By processing the entire girder or frame at once, the alignment between wheel axles, connection holes, and structural members is guaranteed to be square, parallel, and flawless.
Perfect Synchronization: Every connection hole and mounting interface aligns precisely, eliminating the need for on-site adjustments or modifications.
Shorter Production Cycles: Since rework and correction are unnecessary, the manufacturing timeline is dramatically reduced while maintaining uncompromised quality.
This approach ensures that when a TXLET crane is delivered to a customer, it is not just a collection of parts bolted together—it is a fully synchronized, precision-engineered machine, capable of operating flawlessly under the most demanding industrial conditions.
What sets TXLET apart is that this level of accuracy is not simply a claim—it is a certified technical standard. Every component undergoes thorough laser measurement, geometric calibration, and digital verification to confirm that tolerances are consistently met.
This meticulous process underpins the superior stability and reliability of TXLET cranes, ensuring they perform consistently across years, even decades, of heavy-duty operation in metallurgical environments.
For TXLET, precision is not just a goal. It is the driving force of our engineering philosophy, and the guarantee that every crane leaving our factory will deliver unmatched durability, performance, and safety to customers worldwide.
Mechanical power must be intelligently controlled. TXLET's control system is a fusion of robust automation and big data monitoring, delivering unprecedented operational efficiency.
Every TXLET crane is a gigantic robotic system controlled by an advanced PLC (Programmable Logic Controller).
Stable Process Control: Automates complex tasks like molten metal pouring, minimizing errors and risks caused by human operation.
Smart Inverter & Load Shock Reduction: Utilizes modern inverters to optimize speed, allowing the crane to start and stop smoothly, drastically reducing load shock on the structure and the load itself. This not only protects the cargo but also extends mechanical life.
TXLET integrates IoT (Internet of Things) into its systems, transforming the crane into a digital asset.
Customers can track all operational parameters (load, speed, temperature, duty cycles) from anywhere.
This is the game-changing "WOW" technology. The system collects Big Data and uses Machine Learning algorithms to:
Analyze wear trends.
Detect subtle potential failures early (e.g., abnormal bearing temperature, excessive vibration).
Provide accurate maintenance alerts before a failure occurs, virtually eliminating unexpected downtime.
Economic Benefit: Predictive Maintenance capability helps customers shift from a reactive maintenance model (repair after failure) to a proactive model (preventing failure), saving significant repair costs and maximizing uptime.
Safety is not a feature; it is an accountable commitment. TXLET's inspection and certification process is set to the most rigorous European and International standards, ensuring every crane leaving the facility is a symbol of absolute safety.
Every core component of the crane undergoes a multi-layered quality control process:
Techniques such as Ultrasonic and X-ray inspection are used to ensure no hidden defects exist in the welds and steel structures.
Motors, gearboxes, and especially the Dual/Emergency Braking System are stress-tested for overload performance, guaranteeing immediate emergency stop capability under all conditions.
TXLET strictly adheres to and often exceeds international load testing regulations to prove the equipment's endurance.
The crane must withstand a load 1.25 times the rated capacity for a specified period. This is the ultimate structural integrity test.
The crane is operated continuously at the rated load through multiple cycles. The goal is to evaluate the stability of the mechanical, electrical, and braking systems under realistic working conditions.
Every product is delivered with a transparent documentation package:
Safety Certification: Ensuring compliance with standards like CE (European), ISO, and EN, depending on the target market.
Quality Traceability File: Storing all inspection, production, and testing data, providing absolute transparency to the customer.
In a competitive market, TXLET asserts its uniqueness through design innovation and a commitment to environmental stewardship.
Lightweight Modular Design: Facilitates easier transportation, installation, maintenance, and upgrading, minimizing crucial downtime.
Structural Optimization: Continuous FEA analysis helps TXLET reduce the weight of the dead structure while maintaining or increasing durability, subsequently lowering customer operating costs.
Electricity consumption for metallurgical cranes constitutes a large expense. TXLET is committed to drastically reducing this cost.
High-Efficiency IE4/IE5 Motors: Utilizing the latest generation of motors, significantly reducing power consumption compared to traditional motors.
Braking Energy Regeneration Technology: This is the sustainable "WOW" feature. When the crane lowers a load, the braking energy is captured and converted back into electricity to be reused within the system.
Real Economic Benefit: Thanks to these solutions, TXLET customers can save between 15% and 25% on operational electricity costs.
TXLET is not just a steel manufacturer; we are a green partner.
Recycled Material Research: Moving toward the use of environmentally friendly materials and lighter alloys to reduce the carbon footprint.
Robotics Development: Implementing automated welding robots to enhance quality while minimizing emissions during the manufacturing process.
TXLET’s metallurgical cranes are not confined to blueprints or engineering promises—they are operational pillars of some of the world’s most demanding industrial environments. From steel mills to foundries, from hydro projects to integrated heavy industrial complexes, TXLET cranes represent the foundation on which production reliability is built.
TXLET has established a global presence, delivering solutions to some of the largest steelmaking projects across Asia, Europe, and the Middle East.
Specialized Heavy-Duty Cranes: Ranging from 300–500 tons, engineered for handling molten steel, casting ladles, and oversized slabs with unmatched stability.
Operational Excellence: Field performance has demonstrated 99.9% uptime, a critical benchmark that ensures continuous steel production without costly interruptions.
Cost Optimization: Compared to conventional equipment, TXLET cranes have significantly reduced the frequency of routine maintenance, lowering operational costs while maximizing asset utilization.
This track record has earned TXLET a reputation as a trusted global partner for steel producers who demand nothing less than perfection.
TXLET’s vision extends far beyond today’s demands. The company is actively shaping the future of industrial lifting through digitalization, intelligence, and interconnected ecosystems.
TXLET is embedding advanced algorithms into crane operation, enabling real-time performance analysis, predictive maintenance, and automated decision-making. This ensures that cranes not only respond to operator commands but also anticipate operational needs.
A next-generation system that connects every crane into a centralized network. This platform enables:
Fleet Management: Unified oversight of multiple cranes across factories or industrial zones.
Remote Monitoring: Continuous supervision of temperature, vibration, and load data.
Efficiency Optimization: Using big data to fine-tune operational cycles, reduce energy consumption, and extend equipment life.
TXLET is paving the path for the smart metallurgical crane era, where safety, efficiency, and sustainability are harmoniously interwoven.
TXLET doesn't just sell a crane; we provide a Comprehensive Operational Solution, guaranteed by advanced heat treatment technology, 0.02 mm mechanical precision, and predictive artificial intelligence.
We understand that for the metallurgy industry, investing in a crane is investing in the Reliability of the production line and the Safety of personnel. TXLET is committed to delivering maximum efficiency, minimum risk, and the most sustainable economic value.
Let TXLET engineer the power and distinction for your global metallurgy project.
Add: Crane Park, Xinxiang City, Henan Province, China
CEO. MENG QI HAN: Tel: +86-373-5288220
Email: txlet@hotmail.com
Henan office - China: Crane Park, Xinxiang City, Henan Province, China
Import and Export Manager Asia: Ms. Any Tam
Email: txlet@hotmail.com / Mobile: (+84)983 848 328 / Wechat: tkpanda06 / Zalo: (+84)983 848 328
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