500×700 vacuum lamianting
The 9TU-M068 is a large-format SCA/OCA vacuum laminating machine built for industrial-scale display bonding. Its 500 mm × 700 mm laminating platform — more than double the area of 21-inch class machin...
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The 9TU-M068 is a large-format SCA/OCA vacuum laminating machine built for industrial-scale display bonding.

The process sequence is vacuum-first, then laminate: the sealed chamber evacuates to approximately -98 kPa in 15 seconds, creating a near-complete vacuum before the press cycle begins. The AirTac cylinder then applies up to 6,000 N of pressing force against the workpiece, with positive and back pressure independently regulated for precise, balanced lamination across the full platform area. Japan Omron dual-zone temperature controllers maintain upper and lower platen temperatures to within ±2 °C, ensuring consistent adhesive activation whether using SCA gel or OCA film.
At approximately 508 kg with a footprint of 1,500 × 1,000 mm and an ergonomic work surface height of 770 mm, the 9TU-M068 is a floor-standing production machine sized for dedicated lamination workstations in display manufacturing facilities.
Key Features

Vacuum-First Process — -98 kPa in ~15 Seconds The sealed laminating chamber reaches approximately -98 kPa in about 15 seconds, removing virtually all air before the press cycle starts. The dedicated negative-pressure SMC digital gauge provides real-time vacuum monitoring, with automatic alarm if the set vacuum level is not reached — eliminating a common root cause of bubble defects in large-panel bonding.

Japan Omron Dual-Zone Temperature Control — ±2 °C Uniformity Upper and lower platens are heated independently via Japan Omron thermostat controllers. Temperature uniformity of ±2 °C across the 500 × 700 mm bonding surface ensures even adhesive activation from edge to edge — critical when bonding large panels where temperature gradients cause uneven cure and delamination risk. Heat-up to 80 °C takes approximately 15 minutes; operating range is room temperature up to 100 °C (adjustable).

AirTac Cylinder + Back-Pressure Regulation — Up to 6,000 N The AirTac customised cylinder delivers a maximum pressing force of approximately 6,000 N. Crucially, a dedicated back-pressure regulating valve adjusts the counter-force as the cylinder descends, giving precise, smooth control over press speed and final pressure — preventing sudden impact that could damage sensitive display components or introduce stress-induced defects.

Triple SMC Gauge Monitoring (Positive / Back / Negative Pressure) Three independent SMC digital gauges monitor positive press pressure, back pressure, and vacuum level simultaneously. Operators have complete visibility of all three process variables throughout every cycle — a monitoring standard that directly supports process quality control and failure root-cause analysis in production environments.

Hiwin Linear Guide Rails — Precise, Stable Platen Travel The press platen runs on Hiwin precision linear guide rails (the industry reference for display equipment), ensuring straight, wobble-free descent across the full stroke — maintaining uniform pressure distribution even at the corners of the 500 × 700 mm platform.

50 mm Bonding Height Clearance — Accommodates Thick Assemblies The 50 mm clearance between the laminating platform and the fitting frame accommodates display assemblies with substantial thickness — including backlit LCD modules, framed industrial displays, and stacked multi-layer panel constructions.

Automatic Platform In/Out — 770 mm Ergonomic Work Height The laminating platform extends and retracts automatically under PLC control, presenting the workpiece at 770 mm from the floor — a standing-work ergonomic height that reduces operator fatigue and loading errors during high-volume production shifts.

7-Inch PLC Touchscreen — Bilingual, Password-Protected Parameters A 7-inch colour touchscreen interface (Chinese/English) provides access to all process parameters: aerate time, vacuum time, press time, pressure-rise delay, and decompression time. Administrator-level password protection prevents unauthorised parameter changes in multi-shift production environments.

Complete Safety Architecture Emergency stop button (immediate full-stop), buzzer alarm, leakage protection switch (CHINT automatic tripping), dual-button start interlock, and optional safety grating (non-contact alarm, optional configuration) — all consistent with industrial machinery safety standards.

Industrial-Grade Component Specification Throughout Every wear-critical component is sourced from recognised industrial suppliers: AirTac (cylinders, solenoid valves, pressure regulators, oil-water filter, oil-pressure buffer), Omron (temperature controllers), SMC (pressure gauges), Hiwin (guide rails), Mean Well (power supply), CHINT (leakage switch), Leno (vacuum pump).
Why Choose Us

Designed for the following large-format industrial display lamination workflows:
Bonding Type Stack Combination Adhesive
LCD full lamination (large format) Cover glass + LCD module / LCM SCA gel or OCA film
Glass-to-Glass (G+G) Cover glass + Glass touch sensor SCA / OCA
Touch panel + Display module TP + LCD / LCM (large panel) OCA film
Digital signage panel bonding Outer glass + display assembly, up to 500×700 mm SCA / OCA / OCR
Industrial HMI panel assembly Cover lens + capacitive TP, large format OCA / SCA
In-vehicle display modules Multi-screen or wide-format display stacks OCA / SCA
Polarizer lamination Polarizer + large LCD panel OCA or dry process
High-temperature SCA cure bonding Any stack requiring controlled-temperature press SCA (high-temp grade)
Platform size note: The 500×700 mm platform is the working area. The panel to be bonded must fit within this envelope with appropriate fixture clearance. For panels requiring higher precision CCD alignment, please enquire about our CCD auto-alignment variants.
Three-Station Lamination Process Context
The 9TU-M068 operates as the vacuum bonding station in a complete OCA/SCA full-lamination line:
Step 1 — LAMINATING / FILM APPLICATION
Apply OCA film or SCA gel to the cover glass or display surface.
(Laminating machine / film applicator / dispenser)
Step 2 — VACUUM BONDING ← THIS MACHINE (9TU-M068)
Load the assembly onto the 500×700 mm platform.
Chamber evacuates to ~-98 kPa in ~15 s.
AirTac cylinder presses at up to 6,000 N with dual-zone Omron heating.
Fastest single cycle: ~40 seconds.
Step 3 — AUTOCLAVE / DEBUBBLING
Transfer the bonded assembly to a high-pressure autoclave.
Eliminate residual micro-bubbles under elevated pressure and temperature
to achieve final optical clarity and bond strength.
(Autoclave debubbling machine)
Product Documents
500x700 vacuum lamianting user manual
500x700 vacuum laminating machine specification
Key Features

Product Details











FAQ
Q1. What is the maximum panel or assembly size this machine can process?
Q2. What adhesive types are compatible?
Q3. What bonding combinations does it support?
Q4. How does the back-pressure valve improve lamination quality?
Q5. What is the temperature range and uniformity?
Q6. Do I need a debubbling (autoclave) machine after bonding?
Q7. What are the installation and facility requirements?
What component brands are used in the machine?
Q9. What warranty and after-sales service apply?
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