Case in Automotive Components Industry

Pain Points of Traditional Processes

Weak Bonding Strength: Traditional adhesives (e.g., epoxy or polyurethane) crack under vibration or thermal cycling, reducing component lifespan.

Low Production Efficiency: Long curing times (hours) delay assembly lines, hindering mass production.

Poor Adaptability to Complex Shapes: Manual application struggles with curved surfaces, gaps, or micro-components (e.g., sensors, wire harnesses).

Inadequate Weather Resistance: Adhesive layers degrade in extreme temperatures or humidity, compromising seals.

Through systematic analysis of client's operational challenges, we delivered comprehensive engineering services

High-Performance Bonding
Flexible adhesion to metal/plastic substrates resists vibration and fatigue.
Instant Curing
Eliminates curing delays, boosting line efficiency by over 50% for JIT production.
Precision Dispensing
Robotic integration achieves complex 3D paths with less than 0.1mm error.
Extreme Environment Durability
Specialized adhesives withstand -50°C to 180°C, oils, and salt spray.
Total Solution Support
Completed installation within 72 working hours, provided dual-certification training (operation/maintenance), and established 24/7 remote monitoring system.
Ability to adapt to multiple industries
Supporting packaging needs from multiple industries such as food, medicine, and industrial products, we can customize hot melt adhesive spraying paths and parameter combinations according to different product forms (boxed, bottled, and shaped packaging)

01
Arrange training on how to install the machine and how to use it.
02
Engineers provide guidance on how to calibrate machines.
03
7*24 online customer service to assist in resolving product issues.
04
If any accessories malfunction during the warranty period, relevant accessories can be sent free of charge.