C5 Large Lead Ball Screw for Material Handling

Maitu quality C5 Large Lead Ball Screw for Material Handling is independently developed for the characteristics of material handling scenarios. It adopts high-quality GCr15 bearing steel as raw material, combined with precision cold rolling technology and strict heat treatment process (hardness up to HRC 58-62), ensuring excellent wear resistance and fatigue resistance under frequent start-stop conditions.

The C5 precision grade (lead error ≤0.015mm/300mm) ensures accurate positioning of materials during handling, avoiding material offset and damage. The large lead design (30mm-80mm) enables the equipment to achieve fast linear motion, significantly improving material handling efficiency. At the same time, the integrated dust-proof and anti-collision design adapts to the dusty and complex working environment of material handling workshops, effectively extending the service life of the product. With mature production technology and targeted scenario optimization, this product has become the preferred linear transmission component for automated material handling equipment.

Product Features

- Scenario-oriented optimization: As a professional C5 Large Lead Ball Screw for Material Handling, it is tailored for material handling scenarios, optimizing the start-stop response speed and positioning accuracy, perfectly matching the frequent reciprocating motion needs of stackers, AGVs, and sorting machines.

- C5 high precision positioning: Adopts C5 precision grade, with lead error ≤0.015mm/300mm and repeat positioning accuracy ≤0.006mm, ensuring precise alignment of materials during loading, unloading, and sorting, reducing material damage and handling errors.

- Large lead efficiency enhancement: Lead specifications range from 30mm to 80mm, enabling material handling equipment to achieve linear speeds of 1.8-2.5 m/min, significantly improving handling efficiency and shortening handling cycles.

- Frequent start-stop adaptation: Optimized ball circulation structure and high-strength raceway design, reducing impact force during start-stop, ensuring stable operation under frequent reciprocating motion, avoiding jamming and failure.

- Dust-proof and anti-pollution: Equipped with integrated dust-proof seal and anti-collision buffer structure, effectively preventing dust, debris, and materials from entering the raceway, adapting to the dusty environment of material handling workshops.

- Lightweight and integrated design: The nut and flange adopt integrated forging molding, reducing the overall weight of the product, facilitating installation on lightweight material handling equipment such as AGVs, and reducing equipment load.

- Low noise operation: Precision-finished raceway and optimized ball circulation system minimize friction and vibration, operating noise ≤55dB, creating a quiet working environment for material handling workshops.

Specifications

Note: Custom specifications (lead, shaft diameter, effective length, and protection level) are available to match different material handling equipment requirements, such as AGVs, stackers, and sorting machines. We can also provide anti-corrosion treatment for humid or corrosive material handling environments.

Product Advantages

- Efficiency advantage: The C5 Large Lead Ball Screw for Material Handling adopts a large lead design, which can achieve 2-3 times the linear speed of standard small-lead screws, significantly improving the handling speed of materials, reducing handling cycles, and increasing the throughput of material handling systems.

- Precision advantage: C5 high precision ensures accurate positioning of materials during loading, unloading, and sorting, avoiding material offset, damage, and handling errors, improving the quality and stability of material handling.

- Scenario adaptation advantage: Targeted optimization for material handling scenarios, with excellent performance in frequent start-stop and reciprocating motion, avoiding jamming and failure, and adapting to the high-intensity operation needs of material handling equipment.

- Environmental adaptability advantage: Integrated dust-proof and anti-collision design, adapting to the dusty, complex working environment of material handling workshops, reducing the impact of impurities on product service life, and minimizing equipment downtime.

- Cost-saving advantage: Cold rolling production process reduces production costs, while the long service life and low maintenance requirements reduce the total operating cost of material handling equipment, achieving cost-effectiveness for users.

- Integration advantage: Standardized installation dimensions and lightweight design allow seamless integration with various material handling equipment (AGVs, stackers, sorting machines), reducing installation and modification costs, and improving project deployment efficiency.

Why use a "Large Lead" in Material Handling?

- Improve handling efficiency: Material handling requires fast movement of materials between different stations. A large lead can achieve larger linear displacement per motor revolution, reducing the time required for material positioning and movement, and directly improving the overall handling efficiency of the system.

- Reduce equipment energy consumption: To achieve the same handling speed, large lead ball screws require lower motor rotational speed, reducing motor energy consumption and heat generation, extending motor service life, and reducing the overall operating cost of material handling equipment.

- Adapt to frequent start-stop: Material handling equipment needs frequent start-stop and reciprocating motion. Large lead design can reduce the impact force during start-stop, reduce wear of components, and ensure stable operation of the equipment under high-intensity working conditions.

- Optimize space utilization: Large lead ball screws can achieve longer stroke movement with a more compact structure, reducing the installation space of the transmission mechanism, which is crucial for lightweight material handling equipment such as AGVs that require small space occupation.

- Reduce labor costs: Higher handling efficiency means that the same number of materials can be handled with fewer equipment or shorter working hours, reducing labor input and labor costs for material handling.

key performance

- Precision performance: TheC5 Large Lead Ball Screw for Material Handling adopts C5 precision grade, with lead error ≤0.015mm/300mm and repeat positioning accuracy ≤0.006mm, ensuring precise positioning of materials during handling, meeting the high-precision requirements of material sorting and stacking.

- Speed performance: Under standard motor speed (3000 RPM), the maximum linear speed can reach 1.8-2.5 m/min, adapting to the fast movement needs of material handling equipment, improving handling efficiency.

- Start-stop performance: Optimized ball circulation structure and raceway design, reducing impact force during start-stop, ensuring stable operation under frequent start-stop conditions, with no jamming or abnormal noise.

- Wear resistance performance: High-quality GCr15 bearing steel and strict heat treatment process ensure excellent wear resistance, with a service life of over 60,000 hours under normal operating conditions, reducing replacement costs.

- Protection performance: Protection level up to IP65, effectively preventing dust, water splashes, and debris from entering the raceway, adapting to the complex working environment of material handling workshops.

- Mechanical efficiency: Maintains ≥92% mechanical efficiency, reducing energy consumption of material handling equipment, helping users achieve energy conservation and emission reduction.

Factory strength

- Scenario-oriented R&D capabilities: We have a professional R&D team composed of 25+ senior engineers, focusing on the research and development of linear motion components for material handling scenarios, with rich experience in product optimization and customization, and can provide personalized solutions according to customer equipment parameters.

- Advanced production equipment: Equipped with over 120 sets of advanced production equipment, including imported precision cold rolling machines, lead precision testing equipment, and dust-proof performance testing equipment, ensuring the precision and stability of C5 large lead ball screws for material handling.

- Strict quality control system: Implement full-process quality control from raw material procurement to product shipment, including raw material inspection, process inspection, and final performance testing, with 100% dimensional and precision inspection to ensure each product meets C5 precision standards.

- Large-scale production capacity: Annual production capacity of 60,000+ sets of ball screws, including a dedicated production line for material handling-specific ball screws, can meet the large-order needs of customers and ensure on-time delivery (3-7 working days for standard models, 7-15 working days for custom models).

- Professional testing capabilities: Equipped with a professional testing center, conducting comprehensive performance tests on each product, including precision testing, speed testing, wear testing, and dust-proof testing, ensuring product performance meets material handling scenario requirements.

- Perfect after-sales service: Professional after-sales service team provides 24-hour technical support, including equipment selection guidance, installation debugging, and fault maintenance, ensuring timely solution of customer problems in product use.

Product Applications

The C5 Large Lead Ball Screw for Material Handling is widely used in various automated material handling scenarios, covering logistics, manufacturing, warehousing, and other fields, specifically suitable for the following equipment and scenarios:

- AGV trolleys: Used in the linear motion mechanism of AGVs (Automated Guided Vehicles), driving the lifting and positioning of the loading platform, ensuring fast and accurate material transportation between workshops and warehouses.

- Stackers: Applied in the linear motion mechanism of warehouse stackers, controlling the lifting and horizontal movement of the stacker fork, achieving fast stacking and retrieving of goods, improving warehouse operation efficiency.

- Sorting machines: Used in the linear motion mechanism of automated sorting machines, driving the sorting plate or conveyor belt to move, achieving fast and accurate sorting of materials (such as express packages, industrial parts).

- Loading and unloading equipment: Applied in automated loading and unloading machines, controlling the linear movement of the loading and unloading arm, achieving automatic loading and unloading of materials, reducing manual labor intensity.

- Warehouse conveyor systems: Used in the linear motion mechanism of warehouse conveyor systems, adjusting the height and position of the conveyor belt, adapting to different warehouse layouts and material handling needs.

- Automated palletizers: Applied in the linear motion mechanism of automated palletizers, driving the palletizing arm to move linearly, achieving automatic stacking of materials, improving palletizing efficiency and quality.

How to improve longevity in harsh environments?

The C5 Large Lead Ball Screw for Material Handling is designed with targeted protection measures for harsh material handling environments, and the following methods can further improve its service life:

- Select appropriate protection level: According to the specific harsh environment (dust, humidity, corrosion), select the corresponding protection level (IP54-IP65) of the product. For high-dust environments, choose IP65 protection level to prevent dust from entering the raceway; for humid environments, choose anti-corrosion treated products.

- Regular lubrication and maintenance: Add high-quality lubricating grease every 3-6 months (depending on operating frequency) to reduce friction between the ball and the raceway, prevent wear, and extend service life. It is recommended to use dust-proof lubricating grease for dusty environments.

- Regular cleaning and inspection: Regularly clean the surface of the ball screw to remove dust, debris, and other impurities; check the seal for damage, and replace the seal in time if it is damaged to avoid impurities entering the raceway.

- Avoid overload operation: Strictly operate according to the recommended load range of the product, avoid overload operation, which will cause excessive wear of the raceway and balls, and affect the service life of the product.

- Anti-corrosion treatment: For corrosive material handling environments (such as chemical materials handling), select products with anti-corrosion coating (such as zinc plating, chrome plating) to enhance the corrosion resistance of the product and extend its service life.

- Proper installation: Ensure the ball screw is installed correctly, avoid installation deviation, which will cause uneven force during operation, increase wear, and affect service life. Our after-sales team can provide on-site installation guidance if needed.