Automotive Lightweight Technology Application (Microcellular Foaming)
· Energy conservation & emission reduction
· Reduced material consumption
· Shorter molding cycles
· Prevents warpage or deformation in products
Advanced Mold Change Systems​
• Hydraulic Clamp Systems​​
​​• Electromagnetic Mounting​​
​​• Rail-Transfer Automation
Two-Stage Clamping & Low-Pressure Injection​
Prevents surface defects in vinyl-wrapped interior panels
Retractable Tie Bars​
Reduces factory height requirements
​Servo-Driven Plastification​
Performs melting during mold opening
Long-Fiber Thermoplastic (LFT) Molding​
Lightweight and cost-effective solutions
Headlamp Housing Screw Systems​
Eliminates material discoloration
Automotive Lightweight Technology Application (Microcellular Foaming)
Advanced Mold Change Systems​
Two-Stage Clamping & Low-Pressure Injection​
Retractable Tie Bars​
​Servo-Driven Plastification​
Long-Fiber Thermoplastic (LFT) Molding​
Headlamp Housing Screw Systems​
Automotive Lightweight Technology Application (Microcellular Foaming)
Automotive Lightweight Technology Application (Microcellular Foaming)
· Energy conservation & emission reduction
· Reduced material consumption
· Shorter molding cycles
· Prevents warpage or deformation in products
Advanced Mold Change Systems​
Advanced Mold Change Systems​
• Hydraulic Clamp Systems​​
​​• Electromagnetic Mounting​​
​​• Rail-Transfer Automation
Two-Stage Clamping & Low-Pressure Injection​
Two-Stage Clamping & Low-Pressure Injection​
Prevents surface defects in vinyl-wrapped interior panels
Retractable Tie Bars​
Retractable Tie Bars​
Reduces factory height requirements
​Servo-Driven Plastification​
​Servo-Driven Plastification​
Performs melting during mold opening
Long-Fiber Thermoplastic (LFT) Molding​
Long-Fiber Thermoplastic (LFT) Molding​
Lightweight and cost-effective solutions
Headlamp Housing Screw Systems​
Headlamp Housing Screw Systems​
Eliminates material discoloration
Application Cases
Automotive Silicone Lighting Components
Automotive Silicone Lighting Components
Production requirements:
High surface finish fidelity, true color retention, and high-temperature resistant materials.

Recommended equipment: SPARK AE100
Weight: 10g per shot
Material: Medical-grade PP
Automotive Headlight Lens
Automotive Headlight Lens
Production requirements:
High light transmittance, excellent heat resistance, and lightweight design.

Recommended equipment: JM258-MK6 PRO
Weight: 50g
Material: PMMA
Automotive B-Pillar Lower Covers (Left/Right)
Automotive B-Pillar Lower Covers (Left/Right)
Production requirements:
Precision dimensional stability, minimal deformation.

Recommended equipment: SM2200-TP
Weight: 822g
Material: PP+20DT
TEL Interior Panel Skinning
TEL Interior Panel Skinning
Production requirements:
Uniform stress distribution;Zero deformation post-molding;Precise injection to prevent surface distortion;Low-pressure injection capability

Recommended equipment: SM1050-TP
Dimensions: 485mm × 413mm
Weight: 885g
Material: PP (Polypropylene)
Automotive Door Components
Automotive Door Components
Production requirements:
Complex part geometry, scratch-free surface finish, stable weight, zero molding defects

Recommended equipment: SM850-TP
Weight: 462g
Material: PC+ABS
Automotive Bumper
Automotive Bumper
Production requirements:
Complex geometry, excellent weatherability, high impact resistance, dimensional and weight stability.

Recommended equipment: SM3600-TP
Dimensions: 600mm × 1800mm
Weight: 3.2kg
Material: PP (Polypropylene)
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Technologies
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