Y-600 Double Shear Three Punch Cut-to-Length Line (Reverse Stacking Type)

Product Specification

Y-600 Double Shear Three Punch Cut-to-Length Line (Reverse Stacking Type)
High-Speed Transformer Core Lamination Production Line
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The JY-600 Double Shear Three Punch Cut-to-Length Line (Reverse Stacking Type) is a high-performance automatic production system specially designed for processing grain-oriented silicon steel coils into precision transformer core laminations.

This advanced transformer core production line integrates feeding, dual V-notching, hole punching, angle shearing, automatic sorting, and reverse magnetic stacking into one continuous workflow, delivering high efficiency, excellent accuracy, and stable industrial performance.

It is widely used for producing:

Step-lap transformer cores
Full miter laminations
Half miter transformer sheets
Straight joint transformer laminations

Product Overview

The JY-600 model is designed for medium and large transformer manufacturers requiring:

Wider processing capacity
Longer cutting length
Higher stacking precision
Faster automatic production

Compared with conventional transformer core cutting machines, this model offers larger width capability up to 610mm and a more advanced reverse stacking system for better lamination alignment.

 Key Features
Double Shear + Three Punch Configuration

The punching and shearing section includes:

2 × V-notch punching units
1 × hole punching unit
2 × angle shearing units (45° & 135°)

This structure enables multi-step processing in one production cycle, improving efficiency and flexibility.

Reverse Stacking System (Magnetic Suction Type)
Automatic magnetic suction stacking
Automatic lamination sorting system
Improved stacking alignment accuracy (±5mm)
Reduced manual labor and production errors

Ideal for high-end transformer core manufacturing.

 High Precision Servo Control
Delta PLC + servo motor control system
Real-time feeding and positioning
Stable low-noise operation
Touchscreen HMI for easy operation

Ensures smooth and reliable long-term production.

 Extra Large Processing Range
Material thickness: 0.18 – 0.35 mm
Material width: 40 – 610 mm
Cutting length: 400 – 4000 mm
Hole diameter: 10 – 24 mm
V-notch offset: ±45 mm

Suitable for large transformer core production requirements.

 High Accuracy & Low Burr
Length tolerance: ±0.2 mm/m
Angle tolerance: ±0.1°
Shearing burr: ≤0.02 mm
Punching burr: ≤0.02 mm

Improves transformer core assembly quality and reduces magnetic loss.

 High-Speed Production
Feeding speed: 0 – 2000 mm/s
Continuous automatic operation
Stable high-efficiency production line

Suitable for large-scale industrial transformer manufacturing.

Main Components
Double-head hydraulic decoiler (180° rotation)
Inclined guide feeding system
Servo feeding & length measuring unit
Dual V-notch punching machines
Hole punching machine
Double angle shearing units
Conveyor with magnetic positioning
Reverse stacking & sorting system
Full-line automatic width adjustment system
Pneumatic control system
Delta electrical control cabinet & touchscreen system

 Technical Advantages
Automatic Width Adjustment

The full production line adopts center-positioning automatic width adjustment, suitable for different silicon steel coil widths.

High Stability Feeding System

Polyurethane-coated feeding rollers combined with Delta motion control ensure smooth feeding and accurate positioning.

Premium Industrial Components

Main electrical components include:

Delta PLC & Servo Motors
Schneider low-voltage components
AirTAC pneumatic system
Autonics sensors
HIWIN guide rails & ball screws

Ensuring long-term reliability and stable performance.

Applications

The JY-600 transformer core cut-to-length line is widely used in:

Power transformer factories
Distribution transformer manufacturers
Dry-type transformer production plants
Electrical steel processing companies
Transformer core lamination workshops
Why Choose JY-600?
Large processing width up to 610mm
Long cutting length up to 4000mm
Reverse stacking improves lamination consistency
High-speed automatic production
Servo-driven high-precision processing
Reduced labor cost and improved productivity