Presenting the details of Automatic laminating equipment

±0.02mm Placement Accuracy, ±0.01mm Dispensing Precision — Vision-Guided All-in-One Sensor Assembly for Zero-Defect Production

• ±0.02mm placement accuracy — micron-level sensor alignment you can trust.
• ±0.01mm dispensing precision — consistent adhesive volume, every cycle.
• All-in-one dispensing, bonding & UV curing — one station, full process.
• ≤2s cycle time — 3,000 units/hour for high-volume sensor lines.

• Rotation accuracy reaches ±0.15° for angular sensor alignment.
• Closed-loop force control hits ±2g for delicate sensor bonding.
• 365nm UV LED curing with 1,350mW intensity for instant bonding.
• Dual-station platform enables load/unload during operation.
• Laser height measurement accuracy reaches ±1μm auto-calibration.
• Handles sensor dies from 0.2×0.2mm to 15×15mm.

Product Description

Our Sensor Lamination & Assembly Machine is a vision-guided, all-in-one system engineered for high-precision sensor manufacturing — integrating precision dispensing, die bonding, and UV curing into a single compact station.

Delivering ±0.02mm placement accuracy, ±0.01mm dispensing precision, and ±0.15° rotation accuracy with closed-loop force control at ±2g, it handles camera modules, fingerprint sensors, MEMS, pressure sensors, and temperature sensors with dies from 0.2×0.2mm to 15×15mm.

The dual-station platform achieves ≤2s cycle time and 3,000 units/hour, while 365nm UV LED curing ensures instant, consistent bonding. Trusted by sensor manufacturers across China, Southeast Asia, and Mexico, this machine is your complete solution for zero-defect, high-yield sensor assembly.

Our Products

• Camera Module Sensor Assembly Machine: High-precision AA alignment system with ±5μm accuracy, 6-axis adjustment, and UV curing for smartphone camera modules.
• Fingerprint Sensor Lamination Machine: Dual-station dispensing and bonding machine with ±0.02mm accuracy, designed for under-display and side-mounted fingerprint sensors.
• MEMS Sensor Assembly Machine: Ultra-precision die bonder with ±3μm placement, ±1μm height sensing, and closed-loop force control for MEMS accelerometer and gyroscope.
• Pressure & Temperature Sensor Assembly Machine: Multi-process station integrating dispensing, bonding, and curing for pressure and temperature sensor packaging with ±0.02mm accuracy.
• In-Line Sensor Assembly Machine: Conveyor-fed inline sensor assembly system with SMEMA interface, auto recipe call-up, and MES integration for fully automated sensor lines.

8 Key Features of the Sensor Lamination & Assembly Machine

• Micron-Level Placement: ±0.02mm accuracy aligns every sensor die to its target pad.
• Precision Dispensing: ±0.01mm dot placement with ±2% volume consistency per cycle.
• Closed-Loop Force Control: ±2g bonding force protects delicate sensor dies from damage.
• Instant UV Curing: 365nm LED UV cures adhesive in seconds — no heat damage.
• Dual-Station Productivity: One station bonds while the other loads — zero idle time.
• Laser Height Sensing: ±1μm auto height calibration adapts to varying substrate thickness.
• Vision-Guided Alignment: CCD camera with multiple PR modes finds fiducials in milliseconds.
• Wide Die Compatibility: Handles sensor dies from 0.2×0.2mm micro to 15×15mm IC.

Micron Precision, Every Sensor

A single misaligned sensor can ruin an entire camera module or fingerprint device. Our Sensor Lamination & Assembly Machine delivers ±0.02mm placement accuracy with ±0.15° rotation precision, powered by CCD vision guidance and laser height sensing at ±1μm. Every sensor die is aligned to its target pad with micron-level accuracy before bonding, and the closed-loop force control at ±2g ensures delicate MEMS and optical sensors are never damaged during assembly. For camera module makers targeting premium smartphone brands, or fingerprint sensor suppliers serving automotive and IoT markets, this level of precision means lower DPPM, higher first-pass yield, and zero field failures.

One Station, Entire Process

Why move sensor assemblies between separate dispensing, bonding, and curing stations when one machine does it all? Our Sensor Lamination & Assembly Machine integrates precision dispensing (±0.01mm), die bonding with closed-loop force control, and 365nm UV LED curing into a single dual-station platform — eliminating inter-station transport, reducing WIP inventory, and cutting your sensor assembly line footprint by up to 40%. The system auto-calibrates dispensing volume, monitors bond line thickness, and cures adhesive instantly with zero heat damage to sensitive optical components. From camera module AA alignment to fingerprint sensor lamination, one station covers your entire sensor assembly process.

3,000 Units Per Hour, Guaranteed

High-volume sensor production demands speed without sacrificing precision. Our machine achieves ≤2s cycle time and 3,000 units per hour through its dual-station architecture — one platform bonds and cures while the other loads and unloads, achieving zero idle time. The high-speed CCD vision system finds fiducials in milliseconds, and the servo-driven axes move at up to 800mm/s without compromising ±0.02mm accuracy. For smartphone camera module lines running millions of units monthly, or fingerprint sensor factories scaling for automotive ADAS demand, this throughput means you hit every delivery target without adding extra machines or operators to your line.

Zero Heat Damage, Perfect Curing

Traditional oven curing exposes sensitive optical and MEMS sensors to damaging heat and long cycle times. Our machine uses 365nm UV LED curing at 1,350mW intensity — curing adhesive in seconds with zero heat transfer to the sensor die. The UV intensity is programmable and uniform across the entire bonding area, ensuring consistent cure depth for every unit. Combined with real-time dispensing monitoring that checks bead width, breaks, and overflow, the system guarantees perfect bonding quality on every sensor — whether it is a high-resolution camera module, an under-display fingerprint sensor, or a precision MEMS accelerometer for automotive safety systems.

Application

Application 1: Smartphone Camera Module Assembly (China)

Chinese smartphone camera module manufacturers produce millions of units monthly, with premium models requiring active alignment (AA) at micron-level precision. Our Camera Module Sensor Assembly Machine delivers ±5μm placement accuracy with 6-axis AA adjustment, aligning lens, IR filter, and sensor holder to optimal optical performance before 365nm UV curing locks the position. The dual-station platform handles 3,000 units/hour with zero idle time, while closed-loop force control at ±2g protects delicate CMOS sensors from damage. Deployed across major Chinese camera module hubs, this machine is the quality benchmark for high-volume smartphone camera assembly.

Application 2: Fingerprint Sensor Lamination (Southeast Asia)

Southeast Asian electronics factories assemble under-display and side-mounted fingerprint sensors for global smartphone and IoT brands, requiring precise adhesive bonding without damaging sensitive sensor surfaces. Our Fingerprint Sensor Lamination Machine applies adhesive at ±0.01mm precision, bonds the sensor to the cover glass or frame at ±0.02mm alignment, and cures instantly with 365nm UV — all in one dual-station cycle. The system monitors bead width and overflow in real time, ensuring zero contamination of the sensor active area. For factories running high-mix fingerprint sensor models with frequent changeovers, this machine delivers consistent quality and 3,000 units/hour throughput.

Application 3: MEMS Sensor Packaging (Mexico)

Mexican MEMS sensor manufacturers serve North American automotive and industrial markets with accelerometers, gyroscopes, and pressure sensors that demand ultra-high precision and zero contamination. Our MEMS Sensor Assembly Machine achieves ±3μm die placement with ±1μm laser height sensing and ±2g closed-loop force control — handling fragile MEMS dies from 0.2×0.2mm without damage. The integrated dispensing and UV curing system applies die-attach adhesive with ±2% volume consistency and cures instantly with zero heat transfer to the sensitive MEMS structure. For nearshore MEMS suppliers under strict automotive quality audits, this machine provides the micron-level precision and full traceability that IATF 16949 demands.

TESTING CASES

• Hardware & Powder‑metallurgy Components
  Bump, crack, contamination, dimensional defects, etc.
• Chip Resistors, Capacitors & Inductors
  Bubble, impurity, wire reversal, glue overflow, glue splashing, glue bleeding and other surface defects, etc.
• Mini LED
  Solder bridging, insufficient solder, uneven electrode size, deformation, coating damage, magnetic exposure, surface scratch, inconsistent end‑silver plating, etc.

• The machine handles a wide range of sensor types including camera modules (CMOS/CCD), fingerprint sensors (optical/ultrasonic/capacitive), MEMS accelerometers and gyroscopes, pressure sensors, temperature sensors, proximity sensors, and ambient light sensors. Sensor die sizes range from 0.2×0.2mm micro-devices to 15×15mm ICs, with customizable feeders for tray, wafer, and tape input. Quick-change fixtures allow fast switching between sensor types for high-mix production.

How does the dispensing and UV curing system work?

• The integrated dispensing system uses a precision screw valve or pneumatic valve to apply adhesive at ±0.01mm placement accuracy with ±2% volume consistency. It supports dot dispensing, line dispensing, and custom patterns with auto-calibration and needle cleaning. After bonding, the 365nm UV LED curing system at 1,350mW intensity cures the adhesive in seconds with zero heat transfer to the sensor. UV intensity is programmable and uniform across the bonding area, ensuring consistent cure depth for every unit.

What is the cycle time and throughput?

• The machine achieves ≤2 seconds cycle time per unit (including dispensing, alignment, bonding, and UV curing) with its dual-station architecture, reaching 3,000 units per hour throughput. One station performs bonding and curing while the other loads and unloads, achieving zero idle time. Actual throughput varies based on sensor size, dispensing pattern complexity, and UV cure time requirements. The high-speed CCD vision system finds fiducials in milliseconds to minimize alignment time within each cycle.

What is the placement accuracy of the sensor assembly machine?

• Our Sensor Lamination & Assembly Machine achieves ±0.02mm standard placement accuracy, with high-end configurations reaching ±5μm (±3μm for MEMS-grade models). Rotation accuracy is ±0.15°, and laser height sensing reaches ±1μm auto-calibration. Powered by CCD vision guidance with multiple pattern recognition modes, the system aligns every sensor die to its target pad with micron-level precision — suitable for camera modules, fingerprint sensors, MEMS, and precision optical components.

Do you provide installation, training, and after-sales support?

• Yes. We provide comprehensive after-sales support including on-site installation, operator and maintenance training, original spare parts supply, and remote/on-site technical service. Our support team serves customers across China, Southeast Asia, Mexico, and globally — ensuring your Sensor Lamination & Assembly Machine runs at peak OEE throughout its lifecycle. We also offer custom fixture design, dispensing program development, and process optimization services for new sensor product launches.

Packaging and Delivery Information:

Delivery: Standard equipment is in stock, while less commonly used models require 10-15 days depending on the situation..

Minimum Order: We accept orders for a single machine or mixed orders to suit your needs.

Transportation: Products are shipped either in bulk or via containers, depending on the order size and destination.

Payment Terms: Flexible payment options are available, including L/C, D/A, D/P, T/T, Western Union, and MoneyGram.

Price: Prices are negotiable to ensure you receive the best possible value.

Packaging: We offer both standard export boxes and robust hardwood packages to ensure your order arrives safely and securely.

If you have any other questions, please contact us to obtain more information