Model JNC2532 Cnc Angle Steel Drilling Marking Processing Line With Feed Channel

Model JNC2532 Cnc Angle Steel Drilling Marking Processing Line With Feed Channel

Product Usage:

The production line is engineered for the marking and drilling of components utilized in power transmission towers, telecommunications infrastructure, and steel frameworks.

Product structure characteristics:

The machine consists principally of a lateral feeding platform, an overturn feeding mechanism, a feed channel, a CNC trolley marking system, a typing unit, a drilling unit, a pressing unit, a finished material conveyor, a hydraulic system, a pneumatic system, a control system, and other related components.

Main Parameters: 

Product Features:

1. This production line consists of a transverse conveying system, turnover conveyor, infeed conveyor, CNC feeding carriage, dual drilling stations, marking station, automatic discharge conveyor, as well as the corresponding hydraulic power unit and electrical cooling system. By integrating advanced CNC control technology with servo-driven feeding, the system delivers high production efficiency and ensures stable machining accuracy for every workpiece.

2. One drilling unit is installed on each side of the machine, with each unit capable of accommodating three drill tools of different diameters. The drilling heads are CNC-controlled for positional adjustment, ensuring precise hole location and consistent machining quality.

3. All spindle speeds are continuously adjustable through frequency inverter control, while feed rates are infinitely variable via proportional speed control valves. The transition between rapid approach, machining feed, and rapid retraction is performed automatically, enhancing operational efficiency and process reliability.

4. The drilling line is equipped with an integrated marking station, allowing marking positions to be preset conveniently. Marking operations, workpiece clamping, and material feeding are all hydraulically actuated. Major hydraulic and electrical components are sourced from internationally recognized manufacturers. In addition, a recirculating coolant system is incorporated to improve drilling performance and extend tool service life.

5. Both drilling and marking operations are fully automated. Finished workpieces are discharged through a pneumatic turnover mechanism, reducing operator workload and providing enhanced production efficiency compared with conventional systems.

6. The control system consists of an industrial computer, servo drive system, PLC controller, external sensing devices, and associated control components. By simply entering workpiece dimensions, machining programs can be generated automatically. Programs may also be stored, retrieved, displayed, and transferred according to workpiece identification numbers for efficient production management.

7. The production line is equipped with a dedicated support and hold-down mechanism to accommodate angle steel sections with larger deformation or bending characteristics, ensuring stable and accurate processing.

These sample workpieces represent a broad range of standard angle steel specifications and hole configurations commonly used in transmission tower fabrication. They provide prospective customers and inspection personnel with a practical and visual means of evaluating the machine’s machining accuracy, processing quality, and operational performance, helping determine whether the equipment satisfies the production requirements of transmission tower manufacturing.

In ultra-high-voltage (UHV) transmission line projects, transmission towers are required to withstand severe environmental conditions and substantial structural loads. This equipment plays a critical role in machining the angle steel components that form the primary load-bearing framework of these towers. It performs high-precision drilling and punching operations on angle steel used in tower bodies, cross-arms, and other essential structural members, ensuring accurate dimensions and reliable connection performance. As a result, it contributes significantly to the long-term structural integrity, safety, and operational reliability of transmission towers throughout their service life.