9TU-M039E electrical and mechanical

The 9TU-M039E is designed for ACF-based electrical and mechanical interconnection in display modules and electronic assemblies. It applies programmed heat, pressure and dwell time through a tungsten-s...

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The machine is suitable for process combinations including

Rigid TFT glass to IC
Rigid OLED glass to IC
Rigid glass to COF
Flexible display to IC
FPC to IC
FPC to FFC
FPC to PCB
FPC to FPC
Camera module FPC bonding
Projector FPC bonding
Double-sided FPC bonding
Conductive zebra connector heat pressing
The current product images show a camera-assisted alignment mechanism with a three-axis micro-adjustment platform. Because the detail material also describes camera alignment as an available configuration, the final camera specification should be confirmed for each order.

How ACF Thermo-Compression Bonding Works

Anisotropic Conductive Film contains conductive particles dispersed in an adhesive layer. During bonding, the machine applies controlled temperature, pressure and dwell time to the aligned components. Compression creates electrical conduction through the thickness direction while the adhesive secures the assembly.

The 9TU-M039E controls the main variables required by this process:

Position: Camera-assisted observation and three-axis micro-adjustment support component registration.
Holding: Built-in vacuum holds the workpiece and flexible circuit during setup.
Temperature: Omron temperature control and K-type thermocouple feedback regulate hot-bar heating.
Pressure: SMC precision pressure regulation and a low-friction cylinder control pressing force.
Motion: Panasonic servo drive controls press-head position, contact speed and downward travel.
Time: Bonding time can be programmed from 0.1 to 99.0 seconds.
Recipe: Up to 30 product recipes can be stored for repeat production.

Key Features

1. Servo-Controlled Press Head
A Panasonic servo motor, lead screw and linear guide drive the hot-press head. Contact speed and pressing position can be adjusted for different stack structures and component heights.

Buyer benefit: Controlled approach and pressing motion help reduce abrupt contact with thin glass, flexible circuits and fine-pitch components.

2. Precision Pressure Regulation
The machine uses an SMC precision pressure regulator with back-pressure adjustment, an SMC pressure gauge and a Fujikura low-friction cylinder. Pressure-setting accuracy is listed as 0.001 MPa.

Buyer benefit: Stable low-pressure output supports process development for products that require controlled compression rather than high-force pressing.

3. Adjustable Hot-Bar Temperature
The tungsten-steel hot bar is controlled by an Omron temperature controller with K-type thermocouple feedback. The specified adjustment range is ambient temperature to 400°C.

Buyer benefit: Process engineers can configure temperature profiles for different ACF materials, component structures and bonding requirements.

4. Vacuum Holding and Three-Axis Adjustment
The work platform includes vacuum holding and a three-axis micro-adjustment mechanism. Product imagery shows camera-assisted top/bottom observation for alignment.

Buyer benefit: The fixture holds flexible circuits and substrates in position while the operator adjusts component registration before pressing.

5. Bilingual Touchscreen and Recipe Storage
A 7-inch integrated touchscreen provides Chinese and English operation pages, manual mode, automatic mode, parameter setting, real-time status monitoring and administrator access. Up to 30 product recipes can be stored.

Buyer benefit: Stored parameter sets shorten changeover between established products and help standardize temperature, pressing position, speed and dwell time.

6. Custom Hot Bar and Fixture
The indenter/hot-bar assembly and product fixture can be customized according to sample geometry, bonding width, FPC structure and product support requirements.

Buyer benefit: The machine can be configured around the actual bonding interface rather than forcing different products into one generic fixture.

7. Industrial Safety Controls
The machine includes an emergency-stop button, leakage protection switch, buzzer alarm, administrator parameter protection and dual-button vacuum/start operation.

Buyer benefit: These controls help reduce unintended startup and protect critical process settings during production.

Why Choose Us

Recommended Buyer Information for Configuration
To evaluate fixture, hot bar and process configuration, provide:

Substrate type and dimensions
FPC/COF/FFC dimensions
Bonding width and electrode pitch
ACF brand and material code
Required bonding temperature
Required pressure or force window
Bonding dwell time
Product drawings or clear sample images
Expected output per shift
Camera alignment requirement
Single-product or multi-product production plan

Product Documents

Servo Bonding Machine User Manual

Download Docx

Key Features

Product Details

FAQ

Q1. What processes is the 9TU-M039E designed for?

The machine is designed for ACF-based thermo-compression bonding in display modules and electronic assemblies. Confirmed applications include rigid TFT/OLED glass to IC, rigid glass to COF, flexible display to IC, FPC to IC, FPC to PCB, FPC to FFC and FPC to FPC bonding.

Q2. Is this a pulse hot press or a constant-temperature bonder?

The machine uses controlled hot-bar heating, pressure and dwell time for ACF bonding. The final heating profile and control mode should be confirmed against the selected configuration and ACF process requirement.

Q3. What temperature range does the machine provide?

The tungsten-steel hot bar is adjustable from ambient temperature to 400°C. The product image lists platform heating from ambient temperature to 100°C. Because the manual appears to show a different platform limit, the final platform-temperature specification should be confirmed before publishing or ordering.

Q4. How is bonding pressure controlled?

An SMC precision pressure regulator, SMC pressure gauge and Fujikura low-friction cylinder regulate pressing pressure. The listed pressure-setting accuracy is 0.001 MPa. The required process pressure depends on the ACF material, bonding area, pitch, substrate rigidity and hot-bar geometry.

Q5. How many process recipes can be stored?

The 7-inch bilingual touchscreen can store up to 30 product recipes. Recipes may include pressing position, contact speed, dwell time, hot-bar temperature and platform-heating settings, subject to the configured control program.

Q6. What is the reference cycle time?

The reference production efficiency is approximately 20 seconds per piece, depending on ACF temperature, pressure, dwell time, loading, alignment and inspection requirements. It should be treated as a process reference rather than a guaranteed output rate.

Q7. Can the fixture and hot bar be customized?

Yes. Product materials show customizable indenter/hot-bar and fixture configurations. Evaluation requires the product drawing, bonding width, material stack, ACF specification and sample geometry.

Q8. What documentation is supplied?

Available product material indicates an operation manual and operating videos. Confirm the final language, file format and included documents with the sales team before shipment.

Q9. What information is needed before quotation?

Provide product drawings, substrate and circuit dimensions, ACF model, bonding width, pitch, temperature/pressure/time requirements, expected output and camera-alignment requirement. Samples may be requested for fixture and process evaluation.