600X900 Vacuum laminating machine

The 9TU-M063 is a heavy-duty floor-standing SCA/OCA vacuum laminating machine built for large-format industrial display lamination. Its 600 mm × 900 mm bonding platform — the largest in this product l...

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600X900 Vacuum laminating machine

The 9TU-M063 is a heavy-duty floor-standing SCA/OCA vacuum laminating machine built for large-format industrial display lamination.

600X900 Vacuum laminating machine 600X900 Vacuum laminating machine 600X900 Vacuum laminating machine

The machine operates on three-phase AC 380 V power, distinguishing it from all smaller single-station models in the range which require AC 220 V. This three-phase supply delivers the 6,000 W capacity needed to power both the high-force multi-cylinder press and the dual-zone Omron heating system simultaneously without voltage instability — a requirement for any facility running continuous production on large-format panels.

The press mechanism deploys multiple AirTac cylinders across the platen — specified at 4,000 N × 5 or 6,000 N × 5 (customisable) — distributing force uniformly across the 600 × 900 mm bonding area rather than concentrating it at a single central point. This multi-point pressure distribution is a fundamental requirement for large-panel lamination: single-cylinder presses applied to wide-format panels produce uneven pressure gradients, leading to adhesive thickness variations and edge-region delamination defects.

At approximately 750 kg with a footprint of 1,770 × 1,250 mm and a 770 mm ergonomic work surface height, the 9TU-M063 is a dedicated production machine requiring permanent floor installation in a display manufacturing facility.

Key Features

600X900 Vacuum laminating machine

Multi-Cylinder Press — 4,000 N × 5 or 6,000 N × 5 (Customisable) Multiple AirTac cylinders distributed across the platen deliver simultaneous, uniform pressure across the full 600 × 900 mm bonding area. This multi-point architecture prevents the pressure gradient problem inherent in single-cylinder presses applied to large panels — ensuring consistent adhesive compression from edge to edge and centre to corner, directly reducing delamination defects and improving lamination yield on large-format assemblies.

600X900 Vacuum laminating machine

Three-Phase AC 380 V / 6,000 W — Industrial Power Supply Operating on three-phase AC 380 V, the 9TU-M063 draws 6,000 W to power the multi-cylinder press system and dual-zone heating simultaneously. Three-phase power provides stable, balanced load distribution — eliminating the voltage fluctuation risk of single-phase circuits under high simultaneous load that could otherwise cause inconsistent heating or erratic cylinder performance during production.

600X900 Vacuum laminating machine

Japan Omron Dual-Zone Heating — ±2 °C Uniformity up to 100 °C Upper and lower platens are independently controlled by Japan Omron thermostat controllers. Temperature uniformity of ±2 °C across the 600 × 900 mm bonding surface ensures consistent SCA or OCA adhesive activation from end to end. The upper platen reaches 80 °C in approximately 17 minutes from cold start; operating range is room temperature to 100 °C (adjustable; customisable).

600X900 Vacuum laminating machine

98 kPa Vacuum in ~20 Seconds — Scaled for Large Chamber Volume The larger sealed chamber evacuates to approximately -98 kPa in about 20 seconds. Three independent SMC digital gauges display positive press pressure, back pressure, and chamber vacuum simultaneously. An automatic alarm activates if the set vacuum level is not reached before the press cycle begins, preventing defective cycles before they start.

600X900 Vacuum laminating machine

AirTac Precision Back-Pressure Regulation The back-pressure regulating valve provides controlled counter-force as the cylinders descend, ensuring smooth, balanced press contact with the display assembly surface. This prevents sudden-impact damage to large, thin-glass cover plates and distributes the press force evenly as contact area builds across the panel.

600X900 Vacuum laminating machine

50 mm Bonding Height Clearance — Accommodates Thick Large-Format Assemblies The 50 mm clearance between the laminating platform and the fitting frame accommodates large display assemblies including full backlight modules, framed industrial panels, and multi-layer constructions typical of large HMI and digital signage screens.

600X900 Vacuum laminating machine

Automatic Platform In/Out — 770 mm Ergonomic Work Height The laminating platform extends and retracts automatically under PLC control. The 770 mm work surface height supports comfortable standing operation during loading and unloading of large, heavy panel assemblies — reducing operator fatigue and handling errors during extended production shifts.

600X900 Vacuum laminating machine

7-Inch PLC Touchscreen — Bilingual, Password-Protected A 7-inch colour touchscreen (Chinese/English switchable) provides access to all process parameters: vacuum time, aerate (press) time, decompression time, vacuum delay mode, and pressure-rise delay. Administrator password (9595) protects settings from unauthorised change in multi-shift production environments.

600X900 Vacuum laminating machine

Complete Industrial Safety Architecture Emergency stop button (immediate full-stop of all mechanisms), buzzer alarm, residual current circuit breaker (CHINT automatic leakage tripping), dual-button start interlock, and optional safety grating (touch alarm, non-standard optional) — meeting standard industrial machinery safety requirements.

600X900 Vacuum laminating machine

Industrial-Grade Component Specification Throughout All critical components sourced from recognised industrial brands: AirTac (cylinders, solenoid valves, pressure valves, oil-water filter, hydraulic damper), Omron (dual temperature controllers), SMC (all pressure gauges), HIWIN (guide rails), Mean Well (power supply), CHINT (residual current circuit breaker), Leino (vacuum pump), Erwei (pneumatic ball valve).

Why Choose Us

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Bonding Type Stack Combination Adhesive
Large-format LCD full lamination Cover glass + large LCD module / LCM SCA gel or OCA film
Digital signage panel bonding Outer glass + display assembly, up to 600×900 mm SCA / OCA / OCR
Glass-to-Glass (G+G) large format Cover glass + Glass touch sensor, wide panel SCA / OCA
Industrial HMI panel assembly Large cover glass + capacitive TP OCA / SCA
In-vehicle wide-format display Multi-screen or panoramic display stacks OCA / SCA
Touch panel + Display module TP + large LCD / LCM OCA film
Polarizer lamination (large) Polarizer + large LCD panel OCA or dry process
High-temperature SCA cure bonding Any large-format stack requiring temp-controlled press SCA (high-temp grade)

Platform size note: The 600×900 mm is the working platform area. Panels plus fixture must fit within this envelope. Pressing force configuration (4,000 N × 5 vs. 6,000 N × 5) is customisable — specify your panel size and adhesive type when requesting a quotation.

Three-Station Lamination Process Context
The 9TU-M063 operates as the vacuum bonding station in a complete OCA/SCA full-lamination production line:

Step 1 — LAMINATING / FILM APPLICATION
Apply OCA film or SCA gel to the cover glass or display surface.
(Laminating machine / film applicator / SCA dispenser)

Step 2 — VACUUM BONDING ← THIS MACHINE (9TU-M063)
Load the panel assembly onto the 600×900 mm automatic platform.
Chamber evacuates to ~-98 kPa in ~20 s.
Multi-cylinder AirTac press applies 4,000 N×5 or 6,000 N×5 force
with Omron dual-zone heating active.
Fastest single cycle: ~50 seconds.

Step 3 — AUTOCLAVE / DEBUBBLING
Transfer the bonded assembly to a high-pressure autoclave.
Eliminate residual micro-bubbles to achieve final optical clarity
and long-term bond reliability.
(Autoclave debubbling machine)

All three stations are available from our product line and can be configured as a matched large-format lamination system for your production volume and panel size.

Product Documents

600X900 Vacuum laminating machine specification
600x900 vacuum laminating user manual

Key Features

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Product Details

FAQ

Q1. What is the maximum panel or assembly size this machine handles?
The laminating platform measures 600 mm × 900 mm. The complete workpiece — panel plus alignment fixture — must fit within this area. For panels smaller than 550 × 380 mm, a compact machine model may be more suitable — please enquire about our full range.
Q2. What power supply does the machine require?
The 9TU-M063 requires three-phase AC 380 V, 50 Hz. This is a critical facility requirement distinguishing it from all smaller models in the range, which operate on single-phase AC 220 V. Verify your production facility has a three-phase 380 V supply with sufficient amperage before ordering. We can advise on estimated current draw upon request.
Q3. What is the press force, and why is a multi-cylinder configuration used?
The press system deploys multiple AirTac cylinders — specified at 4,000 N × 5 or 6,000 N × 5 (customisable). A multi-cylinder configuration distributes force across the full 600 × 900 mm bonding area simultaneously rather than applying force from a single central point. On large panels, single-cylinder presses create pressure gradients — higher at centre, lower at edges — causing uneven adhesive compression and edge delamination. Multi-point pressing eliminates this gradient, improving yield consistency across the full panel.
Q4. What adhesive types are compatible?
The 9TU-M063 supports both SCA (Solid/Semi-Cured Adhesive) gel and OCA (Optical Clear Adhesive) film lamination. The Omron dual-zone independent heating system supports temperature-sensitive SCA cure processes. For liquid OCR (Optical Clear Resin) workflows, confirm process compatibility with our technical team.
Q5. What bonding combinations does it support?
The machine supports G+G (glass-to-glass), cover glass to large LCD/LCM modules, TP to display module, digital signage panel bonding, large industrial HMI assembly, wide-format in-vehicle display lamination, and polarizer lamination — for any panel stack fitting the 600 × 900 mm platform.
Q6. How fast does the chamber reach working vacuum?
The sealed chamber evacuates to approximately -98 kPa in about 20 seconds. This is longer than smaller models due to the larger chamber volume. The SMC digital negative-pressure gauge monitors vacuum in real time; automatic alarm activates if the set level is not reached before the press cycle starts.
Q7. Do I need a debubbling (autoclave) machine after bonding?
Yes, for optically demanding applications. Residual micro-bubbles at the adhesive interface after vacuum lamination must be eliminated in a subsequent high-pressure autoclave / debubbling step to achieve final optical clarity and long-term bond reliability. We supply matched autoclave equipment — please enquire about complete production line pricing.
Q8. What are the installation and facility requirements?
Power: AC 380 V, 50 Hz, three-phase, ~6,000 W — mandatory three-phase supply Air supply: 0.5 – 0.6 MPa dry compressed air; compressor 4–6 kgf/cm² Footprint: 1,770 × 1,250 mm; height 1,390 mm Weight: ~750 kg — requires reinforced floor slab or dedicated machine pad; positioning requires fork-lift or crane with adequate load rating Work surface height: 770 mm (standing operation) Recommended: dedicated machine area with adequate ventilation
Q9. What warranty and after-sales service apply?
One-year warranty covering the whole machine, excluding consumables and failures caused by operator error or external events. After-sales: 24-hour response. Free installation and operational training provided in Shenzhen; remote technical support available for overseas customers. Spare parts supply available.
Q10. Is OEM or ODM customisation available?
Yes. OEM (custom branding) and ODM (press force configuration, platform dimensions, heating zone layout, inline conveyor integration) projects are accepted. Provide your technical specification and production volume for a formal feasibility and lead-time assessment.

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