01 — Press System
This system produces high strength, lightweight Class A surface SMC and DLFT composite panels for automotive applications. It achieves fast, sustainable, and cost effective manufacturing using an integrated cooling system for rapid cycle times.
The 1250 ton four pillar press performs high tonnage compression molding of advanced SMC thermosets and DLFT thermoplastics into structural automotive parts. It delivers high stiffness to weight ratio, crash resistance, superior surface finish, and tight dimensional accuracy for large vehicles.
02 — Technical Specifications
SM 1250 HP – Hydraulic Press Machine delivers high-performance and precision composite molding for SMC & DLFT automotive panels with complete technical reliability. It ensures uniform curing, excellent surface finish, and strong structural integrity for large automotive components.
Capacity & Structural Design
Hydraulic System
Compression Cycle (SMC / DLFT)
Heated Platen System
Working Envelope
Controls & Automation
03 — Die / Mold System
Precision SMC & DLFT Automotive Composite Panels Die Engineering ensures accurate panel geometry, uniform material distribution, and superior surface finish. It delivers consistent quality, high strength, and durability for advanced automotive applications.
Technical Specifications
Mold Type
Mold Materials
Mold Construction
Heating System
Venting & Degassing
Prevents:
Surface Finish
| Application | Requirement |
| Exterior panels | Class A finish |
| Structural parts | Ribbed surface |
| Internal surfaces | Smooth |
Mold Life: 200,000 – 400,000 cycles
04 — Product Application
SMC & DLFT automotive composite panels are widely used in vehicle interior and exterior components, structural body panels, and underbody applications. They provide lightweight strength, durability, and high-performance solutions for modern automotive manufacturing.
In automotive OEM & Tier1 supply, SMC & DLFT composite panels are used for body panels, battery enclosures, and structural interior components. They offer lightweight strength, durability, and high-performance solutions for modern vehicle design.
In the electric vehicle (EV) industry, SMC & DLFT composite panels are used for battery box housings, underbody protection panels, and lightweight chassis components. They provide high strength, reduced weight, and enhanced performance for efficient EV design.
In industrial and heavy vehicles, SMC & DLFT composite panels are used for truck panels, bus interiors, and utility vehicle components. They offer high strength, durability, and lightweight performance for demanding transportation applications.
In transportation infrastructure, SMC & DLFT composite panels are used in railway interior panels and aviation composite structures. They provide lightweight strength, durability, and reliable performance for advanced transport systems.
| Industry | Scenario |
|---|---|
| Automotive | Lightweight body panels |
| EV Industry | Battery enclosures |
| Transportation | Bus and rail components |
| Industrial | Structural composite parts |
| Green Mobility | Lightweight sustainable materials |
05 — Key Advantages
It delivers high-pressure precision and uniform curing for large, complex automotive panels. Designed for demanding applications, it ensures superior strength, excellent surface finish, and consistent, high-quality production.
Ensures accurate control of pressure and temperature during molding and curing. It delivers consistent quality, optimal material properties, and defect-free SMC/DLFT composite panels.
Ensures even dispersion and alignment of fibers throughout the composite material. This enhances structural strength, durability, and overall performance of SMC & DLFT panels.
Produces SMC & DLFT panels with excellent ability to withstand mechanical stress and impacts. It ensures durability, safety, and long-lasting performance in demanding automotive applications.
Enables lightweight composite panel production, reducing overall vehicle weight. This contributes to better fuel efficiency and enhanced energy performance in automotive applications.
Supports the rising demand for lightweight composite panels in EV and modern vehicles. It enables efficient production of high-strength, weight-reducing components for enhanced performance and energy efficiency.
Supports production of premium, high-performance composite panels used in advanced automotive applications. It ensures superior quality, precision, and strong value addition in the composite manufacturing segment.