Laminator

Our Solar PV Module Laminator is a high-precision, energy-efficient system designed to encapsulate solar modules under controlled temperature, vacuum, and pressure conditions. It ensures strong bonding, superior durability, and long-term performance of photovoltaic panels — a crucial step in the solar module manufacturing process.

Built with advanced heating technology, intelligent PLC control, and uniform vacuum distribution, our laminators deliver bubble-free, perfectly sealed modules that meet IEC 61215 & 61730 international standards. Suitable for Mono PERC, TOPCon, HJT, and Bifacial modules, this machine guarantees consistent lamination quality and higher production yield.

Key Features

Uniform Heating & Vacuum System: Multi-zone temperature control for even EVA curing and bonding.
High-Efficiency Pumps & Chambers: Shorter cycle times with stable pressure performance.
Energy-Efficient Heating Plates: Low power consumption with precise temperature management.
PLC + HMI Touch Control: Fully automated operation with recipe management and data logging.
Dual / Triple Chamber Configuration: Enables continuous production and higher throughput.
Safety & Reliability: Built-in alarms, pressure monitoring, and emergency release system.
Maintenance-Friendly Design: Easy chamber access and durable silicone membranes for long service life.
Customizable Size: Available for 2 to 4 module laminations per batch (custom dimensions supported).

Technical Specifications (Typical Range)
Chamber Configuration:	2748 / 2758 / 2766 / 2778 / 2787 / 27100 / 27115
Cycle Time:	6–10 minutes per batch
Heating System:	Oil or Electric (multi-zone)
Vacuum Level:	≤ 10 Pa
Temperature Uniformity:	±1°C across the plate
Maximum Module Size:	up to 2500 × 1300 mm (customizable)
Power Supply:	380V, 50Hz, 3-Phase
Control System:	PLC with Touchscreen HMI
Compliance:	IEC, UL, BIS Standards

Advantages

Superior Lamination Quality: Bubble-free encapsulation with long-term adhesive strength.
Faster Cycle Time: Increases module output and production efficiency.
Consistent Temperature Distribution: Reduces risk of EVA yellowing or delamination.
Modular Expansion: Available in configurations for 50–600 MW annual capacity.
User-Friendly Interface: Simplifies process monitoring and recipe adjustment.
Low Maintenance Cost: Designed for long service intervals and high reliability.

Applications

Solar PV Module Manufacturing Plants
Turnkey Solar Panel Assembly Lines
Research and Pilot Production Facilities
Module Repair and Re-Lamination Units

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