According to our
TSZX-1 type roller shaft CNC automated production line, this product primarily targets the following pain points in the traditional roller shaft manufacturing industry, providing targeted solutions through its technical solutions:
I. Low Production Efficiency and Over-reliance on Manual Labor
Pain Point: Traditional roller shaft production processes are fragmented, requiring specialized personnel for each stage, resulting in high labor input and waiting time between processes, leading to low overall production efficiency and limited capacity.
Solution: The production line adopts a modular design, integrating the entire process from sawing, milling, chamfering to drilling, achieving one-person operation and full automation. The "translational robotic arm assembly" automatically completes the gripping, transfer, and positioning of workpieces, eliminating downtime between processes and increasing daily output to ≥500 pieces, achieving a several-fold increase in production efficiency.
II. Unstable Processing Accuracy and Poor Product Consistency
Pain Point: Relying on manual or semi-automatic equipment for processing, key dimensions (such as length and groove flatness position) are prone to errors, making it difficult to guarantee high precision and consistency of mass-produced products, affecting the final assembly quality of the rollers and the stability of equipment operation.
Solution: The entire core equipment line adopts servo motor CNC and PLC digital control. For example, the "servo motor CNC fixed-length feeding" in the sawing process and the "fully CNC" processing in the flattening and chamfering process strictly control the key dimensional error within ±0.05 mm. The application of hydraulic clamping systems and patented technologies (such as "anti-chip entanglement" technology) further ensures the stability of the processing process and the precision consistency of the final product.
III. Limited Functionality and Poor Equipment Flexibility
Pain Point: Single-function machine tools cannot adapt to the diverse processing needs of roller shafts (such as different diameters and lengths, and the need to simultaneously complete multiple processes such as grooving, flattening, and drilling). Purchasing multiple dedicated machine tools is costly and requires a large area.
Solution: The production line has a wide processing range (diameter Φ20-50mm, length 270-2200mm). Key equipment is designed as multi-functional composites; for example, the "roller shaft milling and grooving machine" can complete the processing of double grooves or double flats at both ends in one operation, and the "roller shaft flat end chamfering and grooving CNC machine" can automatically complete the double-end flat face, chamfering, and grooving in one operation. This design enhances the adaptability and flexibility of the production line and reduces equipment investment.
IV. High Overall Manufacturing Costs
Pain Points: High labor costs, high purchase and maintenance costs of multiple machines, and material waste and rework costs due to precision issues collectively drive up overall manufacturing costs.
Solution: Significantly reducing labor costs through single-person operation; high-precision machining reduces material waste; modular and cost-effective design (such as the translation robot emphasized in the text, which has "low cost and industry-leading cost-effectiveness") reduces initial investment and maintenance complexity. Ultimately, this achieves the comprehensive goals of "cost reduction, quality improvement, and efficiency enhancement," thereby boosting enterprise competitiveness.
The core value of Shanxi Gudebaofeng Heavy Industry Machinery Co., Ltd.'s TSZX-1 production line lies in directly addressing the four major pain points of traditional roller manufacturing: low production efficiency, difficulty in precision control, insufficient equipment flexibility, and high overall cost. Through the integration of automation, CNC, modularization, and patented technologies, it provides a complete solution that is high-precision, high-efficiency, and cost-effective, aiming to help enterprises achieve innovation and upgrading of their production models.
