9TU-M040D industrial lamination processes

The 9TU-M040D is designed for industrial display lamination processes that require a larger working platform, controlled heating and staged pneumatic pressure.

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9TU-M040D industrial lamination processes
9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes

The 9TU-M040D is designed for industrial display lamination processes that require a larger working platform, controlled heating and staged pneumatic pressure.

Its 710 × 510 mm platform accommodates display panels, optical stacks and fixtures within the confirmed working area. The 85 mm lamination height allows compatible jigs to be placed between the pressing surfaces for different workpiece structures.

The upper pressing plate and lower platform plate can both be heated from ambient temperature to 150°C. Independent RKC temperature controllers regulate the two heating zones, while a scheduled-heating function can start preheating according to the configured date and time.

Each production recipe can contain three automatic stages. Pressure, processing time and vacuum state can be configured independently for every stage. SMC proportional-valve and back-pressure regulation components provide controlled pressurization and smoother pressure release.

The Siemens PLC and touchscreen store up to 14 recipes. Operators can switch between validated product settings without rebuilding the process from the beginning.

Key Features

9TU-M040D industrial lamination processes

1. 710 × 510 mm Working Platform
The confirmed lamination platform measures 710 × 510 mm.

Buyer benefit: The larger platform supports industrial display modules, automotive center displays, control panels and compatible multi-part tooling arrangements.

9TU-M040D industrial lamination processes

2. 85 mm Lamination Height
The published lamination height is 85 mm, with fixture-assisted processing supported.

Buyer benefit: The available clearance allows the process to incorporate compatible jigs, carriers and layered workpiece structures.

9TU-M040D industrial lamination processes

3. Dual-Side Heating to 150°C
Both the upper pressing plate and lower platform plate support constant-temperature heating from ambient temperature to 150°C.

Buyer benefit: Heating from both sides supports more balanced thermal transfer through compatible display and adhesive stacks.

9TU-M040D industrial lamination processes

4. Three-Stage Process Control
Each recipe can execute three stages automatically. Every stage can define:

Pressure setting
Processing time
Vacuum on or off
Buyer benefit: One recipe can combine staged loading, dwell and release conditions without requiring the operator to reset the process between stages.

9TU-M040D industrial lamination processes

5. Controlled Pneumatic Pressure
The pneumatic system uses SMC proportional valves with SMC back-pressure regulation. The machine requires 4–6 bar compressed air through a stated Ø8 mm connection.

Buyer benefit: Electronic pressure setting supports repeatable stage changes, while controlled decompression reduces abrupt release at the end of the process.

9TU-M040D industrial lamination processes

6. Selectable Vacuum Mode
The machine can operate in vacuum mode or non-vacuum mode, and each process stage can define whether vacuum is required.

Buyer benefit: Vacuum can be introduced only where the selected material stack and bonding sequence require it.

9TU-M040D industrial lamination processes

7. Fourteen Product Recipes
The Siemens PLC stores recipes numbered 1–14.

Buyer benefit: Frequently used process settings can be saved and recalled for different workpieces, adhesives or tooling sets.

9TU-M040D industrial lamination processes

8. Scheduled Preheating
The heating system supports timed startup according to a configured date and time.

Buyer benefit: The machine can reach the required thermal condition before the planned production period, subject to the site’s operating procedure.

9TU-M040D industrial lamination processes

9. Touchscreen Process Control
The touchscreen provides access to recipe settings, stage parameters and machine status.

Buyer benefit: Process selection and parameter adjustment are consolidated in one operator interface.

9TU-M040D industrial lamination processes

10. Industrial Safety and Status Visibility
The machine includes:

Safety light curtains
Start buttons on both sides
Emergency-stop control
Three-color alarm tower
Negative-pressure display
Buyer benefit: Operators can view machine status and use clearly separated operating and emergency controls.

9TU-M040D industrial lamination processes

11. Factory-Oriented Structure
The machine uses a vertical industrial body with casters and leveling feet. Its published net weight is approximately 700 kg.

Buyer benefit: Casters support controlled repositioning during layout preparation, while leveling feet provide a stable operating base.

Why Choose Us

9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes

Potential processes shown in the supplied product materials include:

OCA lamination
SCA lamination
COF adhesive processing
TPF adhesive processing
OCF adhesive processing
G+G lamination
G+F lamination
TP and LCM lamination
Naked-eye 3D display lamination
Automotive display lamination
Industrial-control display lamination

Target Industrial Applications

Industrial Display Modules
-Industrial control panels
-Human-machine interface displays
-Embedded display assemblies
-Commercial equipment displays

Automotive Displays
-Center-control displays
-Multi-screen dashboard assemblies
-In-vehicle information displays
-Curved display structures, subject to tooling review

Computing and Large Displays
-Laptop display modules
-All-in-one display modules
-Large television panels
-Commercial information displays

Optical Lamination Structures
-Glass-to-glass structures
-Glass-to-film structures
-Touch-panel and display-module stacks
-Adhesive film and hot-melt material stacks

Information Required for Quotation
Please provide:

Display or workpiece type
Maximum dimensions
Layer structure
Adhesive type
Total stack thickness
Fixture dimensions
Required temperature
Required process pressure
Vacuum requirement
Stage times
Target output
Product drawings
Sample images
Acceptance criteria

Product Documents

Parameters and functional characteristics

Key Features

9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes 9TU-M040D industrial lamination processes

Product Details

FAQ

Q1. What is the working platform size?
The confirmed working platform measures 710 × 510 mm. This is the usable lamination-platform size, not the exterior machine dimensions.
Q2. What is the maximum lamination height?
The published lamination height is 85 mm. Compatible fixtures can be placed within the working area, but the total workpiece and fixture height must be checked before configuration approval.
Q3. What temperature can the machine reach?
The upper and lower heating zones are adjustable from ambient temperature to 150°C. Both zones use constant-temperature control.
Q4. Are the upper and lower plates heated separately?
Yes. The upper pressing plate and lower platform plate have separate RKC temperature control, allowing independent temperature settings.
Q5. How does the three-stage process work?
Each recipe can execute three stages automatically. Pressure, processing time and vacuum state can be set independently for each stage.
Q6. How many recipes can be stored?
The Siemens PLC can store up to 14 product recipes, numbered 1 through 14 in the source document.
Q7. Can the machine run without vacuum?
Yes. It supports both vacuum and non-vacuum operation. Vacuum use can also be configured separately for each process stage.
Q8. What is the vacuum level?
The available materials confirm a negative-pressure display and selectable vacuum operation but do not provide a verified numerical vacuum level. This value should be confirmed in the final technical specification.
Q9. What is the pressure range?
The supplied materials confirm programmable three-stage pressure control but do not provide a verified numerical process-pressure range. Please specify your required pressure so the configuration can be reviewed.
Q10. What air supply is required?
The machine requires 4–6 bar compressed air. The source document lists a Ø8 mm air connection.
Q11. What electrical supply is required?
The published electrical requirement is AC 380 V, with rated power of approximately 8.5 kW. Confirm phase configuration and site connection before installation planning.
Q12. What are the machine dimensions and weight?
The published machine dimensions are 1660 × 1080 × 1610 mm, and net weight is approximately 700 kg. Additional clearance is required for loading, doors, ventilation and maintenance access.
Q13. What display processes can be evaluated?
Potential processes include OCA, SCA, COF, TPF and OCF adhesive structures, G+G, G+F, TP/LCM, automotive displays, industrial control panels and large display modules. Final suitability requires sample validation.
Q14. What safety features are included?
The supplied product images show safety light curtains, start controls on both sides, an emergency stop, an alarm tower and a negative-pressure display.
Q15. Is this a servo press?
No. The 9TU-M040D uses pneumatic pressure control with SMC proportional and back-pressure regulation components. It should be evaluated separately from servo-controlled hot presses.
Q16. What information is needed for a quotation?
Provide the workpiece type, dimensions, layer structure, adhesive, thickness, required temperature, pressure, vacuum sequence, stage times, fixture drawing and target output.

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