The construction industry demands precision, speed, and reliability when processing reinforcing steel for large-scale infrastructure projects. Manual rebar processing methods often result in inconsistent thread quality, excessive material waste, and high labor costs. The CNC ReBar Sawing, Threading & Grinding Line LYJQTS-600 from Shandong Zhongji Luyuan Machinery consolidates sawing, threading, and grinding into a single automated workflow, achieving processing efficiency of 80–130 pieces per hour across rebar diameters from φ16 to φ40 mm.
This completely mechanized generation line utilizes a central PLC control framework with touch screen interface, keeping up cutting resiliences of ±1mm/m over lengths traversing 1.5–12 meters. With a add up to introduced control of 19 KW and pressure driven clamping innovation, your office can supplant divided manual operations with a streamlined handle that requires as it were one administrator whereas conveying reliable, high-strength mechanical graft preparation.
Modern infrastructure projects—from high-speed railways to nuclear power plants—require rebar connections that meet rigorous tensile strength standards. Traditional processing methods struggle to maintain thread profile consistency, leading to failed pull tests and project delays.
The CNC ReBar Sawing, Threading & Grinding Line LYJQTS-600 addresses these challenges through integrated automation. Its high-speed bimetal band saw blades deliver clean cuts without requiring secondary flattening operations. The parallel thread rolling technology maintains the parent metal's cross-sectional area, ensuring connections achieve 1.1 times the characteristic tensile strength of the original bar.
Your generation group benefits from stepless sawing bolster speed alteration and 90 m/min steel bar passing on speed. The 29000 × 3800 × 2450 mm handling line obliges ceaseless mass generation with steady operation and moo disappointment rates reasonable for 24-hour fabricating schedules.
You can evaluate whether this equipment matches your production requirements through these detailed parameters:
| Specification | Details |
|---|---|
| Model Type | Type 600 |
| Sawing Width | 600 mm |
| Diameter Capacity | Φ16–Φ50 mm |
| Processing Length | 1.5–12 m |
| Length Precision | ±1 mm/m |
| Conveying Speed | 90 m/min |
| Feed Speed Control | Stepless adjustment |
| Clamping Method | Hydraulic system |
| Main Motor Power | 4 KW |
| Oil Pump Motor | 3 KW |
| Cooling Pump | 60 W |
| Material Rack Motor | 3 KW |
| Total Power | 19 KW |
| Power Supply | 380V / 50Hz / 3-phase |
| Overall Dimensions | 29000 × 3800 × 2450 mm |
| Control System | CNC + Touch Screen |
| Production Capacity | 80–130 pieces/hour (dual ends) |
The equipment's heavy-duty steel frame structure withstands continuous operation while maintaining dimensional accuracy across thousands of processing cycles.
You eliminate separate workstations for sawing, threading, and grinding. The CNC ReBar Sawing, Threading & Grinding Line LYJQTS-600 integrates these operations into a synchronized workflow, reducing material handling time and minimizing measurement errors that occur when transferring bars between stations.
The thread rolling unit produces regular, full-depth threads that meet JG/T 163-2013 standards for Grade I mechanical splices. Your connections achieve firmer grip strength compared to manual threading operations, passing pull tests consistently without rework.
One operator manages the entire line through the intuitive touch screen interface. Your facility reduces staffing requirements by up to 75% compared to traditional multi-station setups while increasing throughput capacity.
Flat sawing ends require no additional flattening. Smooth grinding removes burrs completely without damaging coupling sleeves. You ship finished components directly to job sites, accelerating project timelines.
Quick model changeover accommodates various rebar sizes from φ16 to φ50 mm. Your production schedule adapts to mixed orders without extended setup downtime.
Automated measurement and CNC positioning eliminate human error. You maintain high finished product pass rates with minimal material loss, directly reducing per-unit production costs.

You need precise rebar cages where strict length tolerances ensure structural alignment across kilometers. The ±1mm precision maintains consistency for pier reinforcement and longitudinal connections in continuous beam structures.
Your projects demand ultra-high-strength threading and zero-defect end preparation. The CNC system's controlled torque settings handle HRB500 grade rebar without damaging rolling dies while meeting rigorous safety certifications.
Industrialized construction requires lean manufacturing capabilities. You produce standardized rebar components for precast concrete segments, reducing cycle time from raw material receipt to assembly-ready parts ready for immediate installation.
Dense reinforcement layouts demand high-volume processing with consistent quality. Your crew processes 30-40 tons per 8-hour shift—approximately 4 times faster than manual methods—meeting tight construction deadlines.

You can verify equipment performance through multi-stage inspection procedures:
Dimensional Accuracy: Laser-tracking systems confirm CNC positioning calibration maintains ±1mm tolerance across maximum 12-meter lengths.
Thread Profile Verification: Go/No-Go ring gauges test pitch diameter and thread angle consistency, ensuring compatibility with standard mechanical couplers.
End-Face Perpendicularity: Post-grinding inspection confirms flush contact surfaces critical for compression-bearing splice performance.
Hydraulic Stability Testing: Pressure sensors monitor clamping force consistency during extended production runs, preventing workpiece slippage.
Tensile Strength Validation: Sample bars undergo pull tests to verify processed rebar achieves 1.1 times parent bar characteristic strength as required by connection standards.
All testing protocols align with ISO 9001 manufacturing consistency requirements and CE safety certifications.

Q: What is the handling capacity amid standard generation shifts?
A: You can prepare roughly 30-40 tons of rebar per 8-hour move depending on breadth conveyance and string length requirements—roughly 4 times quicker than customary manual setups.
Q: How does the framework adjust to diverse rebar grades like HRB400 or HRB500?
A: The CNC controller permits torque and speed alterations for changing fabric hardness. You design settings through the touch screen to avoid kick the bucket harm whereas keeping up string quality over diverse steel grades.
Q: What support interims apply to consumable components?
A: Band saw edges ordinarily final 1500-2000 cuts beneath standard working conditions. Threading rollers prepare 3000-5000 closes some time recently requiring review. Your support group takes after planned substitution conventions to anticipate unforeseen downtime.
Q: Can the hardware coordinated with Building Data Modeling software?
A: Cutting edge arrangements bolster information purport through USB or organize association. You execute preparing records produced in BIM situations straightforwardly, disposing of manual programming and lessening arrange translation errors.
Q: What specialized bolster is accessible for CNC framework issues?
A: We give farther demonstrative back and PLC computer program overhauls through organize association. Your administrators get on-site preparing covering schedule calibration strategies and investigating conventions to resolve common issues without holding up for benefit visits.
Q: How rapidly can administrators switch between distinctive rebar diameters?
A: Show changeover ordinarily requires 5-10 minutes utilizing quick-adjust installations. Your generation group moves between φ16 and φ40 mm bars without specialized devices or broad setup procedures.

Ready to increase your rebar processing capacity while reducing labor costs? Our engineering team can assess your specific production requirements and recommend optimal configuration options for the CNC ReBar Sawing, Threading & Grinding Line LYJQTS-600.
Reach us at sales2@shandongluyuan.com for technical specifications, pricing details, and equipment demonstrations.