700×1200 Industrial FFU Flip-Type Film Laminating Machine

The 700×1200 Industrial FFU Flip-Type Film Laminating Machine is designed for soft film-to-hard board (G+F) and soft film-to-soft film (F+F) bonding in the production of large-size touch screens and L...

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A key process feature of this machine: the film material is laminated upward on the lower platform — the substrate is loaded on the left or right worktable and vacuumed, while the film sheet is placed on the mesh cage platform on the upper flip structure. When the flip cycle begins, the upper platform rotates 180°, bringing the film downward into contact with the substrate on the lower worktable. This addresses a specific defect mode (film falling off or being damaged on the upper flap during transport) compared to conventional upper-film configurations.

The integrated FFU (Fan Filter Unit) clean system provides local CLASS 1000 clean-air conditions at the bonding work zone. Three core technologies are confirmed in product imagery: FFU Clean Air, Flip-Type Alignment, and Bubble-Free Lamination. CE certified.

Confirmed bonding modes (PDF §2.2):

G+F: Flexible film to rigid glass panel or protective plate
F+F: Flexible film to flexible film

Compatible Film & Material Types
Film / Material Industrial Application
OCA (Optical Clear Adhesive) film Cover glass optical bonding, display module assembly
Functional film (AG/AR/AF) Surface treatment film on display glass
Polarizing film LCD polarizer lamination on display glass
Protective film Surface protection on large-format display panels
AB adhesive film Glass-to-panel and panel-to-panel bonding
Conductive film (ITO/CCF) Touchscreen layer bonding

Application Scenarios
Application Bonding Mode
Large-format LCD display module glass lamination G+F / F+F
Cover glass protective film lamination — 40″+ panels G+F
Automotive display multi-screen / wide-format bonding G+F
Public display and digital signage glass lamination G+F
Large interactive display panel production G+F / F+F
Functional film bonding — display glass surface treatment G+F

Key Features

1. Integrated FFU Clean System — Local CLASS 1000 Environment The overhead FFU (Fan Filter Unit) system provides filtered clean-air flow downward over the 700×1200mm bonding work area, creating a local CLASS 1000 clean environment at the lamination zone (confirmed: product detail page headline: “Precision Lamination in a Local Class 1000 Environment”). This supports clean-air process requirements for OCA, functional film, and polarizer lamination without a full enclosed cleanroom installation.

2. Dual Flip Platform Design — Film-Up Lamination The machine uses a dual flip-platform configuration (confirmed in Key Features image: “Dual Flip Platform Design”):

Lower platform (downward suction translation platform): Holds the rigid substrate or lower film layer; servo motor drives horizontal translation
Upper platform (upward suction flip platform): Holds the film on the mesh cage; pneumatic cylinder rotates 180°
Critical process distinction (PDF §4.2, Feature 1): “The film material is laminated upward on the lower platform, solving the problem of film falling off and being damaged on the upper flap.” This means the film is held on the upper flip structure and meets the substrate from above after rotation — reducing the risk of film displacement during the flip motion on large-format panels.

3. High Throughput — 6~10 Seconds per Piece Cycle time: 6~10 seconds per piece, with a reference productivity of approximately 270 pieces per hour (PDF §2.4.1). Equipment failure rate target: ≤2%. Product qualification rate target: ≥98% (excluding defective incoming materials).

4. Precision Mechanical Alignment — Optional CCD Available Standard alignment: pneumatic-electric drive with precision step motion control, providing stable movement and consistent positioning (Key Features image: “Precision Mechanical Alignment — Pneumatic-electric drive and precision step motion support stable movement and consistent positioning”). Fitting accuracy: ≤±0.1mm (PDF §4.2).

Optional: CCD vision alignment is available as an optional upgrade (Key Features image: “optional CCD vision alignment is available”). Contact our sales team to discuss CCD configuration for applications requiring automatic X/Y/θ correction.

5. Vacuum Fixation on Separate Platforms Both upper and lower platforms use independent vacuum fixation (Key Features image: “Separate vacuum platforms hold the product and film, helping reduce shifting, wrinkles and local unevenness during lamination”). Vacuum system: built-in vacuum pump, capacity ≈60 L/min (PDF §2.4.4).

6. PLC + Touchscreen + Servo Control Control system: Touch screen PLC + servo motor + control buttons + pneumatics (PDF §2.4.3). Components: Solenoid valve (CKD), push button switch (Jiayi), pneumatic cylinder (Xingchen), Touch screen/PLC (Xinjie), Servo motor + drive (Xinjie), Ball screw (TBI).

7. CE Certified — Industrial-Grade Safety CE certified (confirmed in product imagery). Emergency stop buttons installed on both left and right sides of the machine at operator positions. Earth leakage circuit breaker. Anti-static plug grounding separated from power grounding.

Why Choose Us

1. Film-Up Lamination Solves Large-Panel Liner Drop Issue On large-format panels (700×1200mm), the weight and surface area of the film creates a specific defect risk when held on an upper platform: film liner drop and surface damage during the flip motion. This machine holds the film on the upper flip structure and laminates it upward — the film is supported from below at the moment of contact, reducing the liner displacement defect mode.

2. 6~10 Second Cycle Time — High Throughput on Large Panels At 6~10 seconds per piece with a reference rate of ~270 pieces per hour, this machine supports high-volume production schedules on large-format display panels. Combined with a ≤2% equipment failure rate and ≥98% qualification rate target, it is positioned for continuous production line integration.

3. Local CLASS 1000 Clean Zone — No Full Cleanroom Required The integrated FFU system creates a local CLASS 1000 clean-air environment at the bonding work zone. Production lines processing OCA, functional film, or polarizer on large display glass can operate without full cleanroom infrastructure — the machine provides the required clean-air conditions at the bonding station.

4. Fitting Accuracy ≤±0.1mm on 700×1200mm Format The PDF confirms fitting accuracy of ≤±0.1mm at the full 700×1200mm working area. Precision step motion control with servo drive provides consistent positioning cycle-to-cycle, with an optional CCD vision alignment upgrade available for applications requiring automatic angular correction.

5. AC220V / Low Air Consumption — Accessible Infrastructure Requirements Operating on AC220V / 3KW single-phase power with air consumption of only ≈10 L/min (significantly lower than models using high-speed fan vacuum systems), this machine is compatible with standard single-phase factory power and does not require high-capacity compressed air supply, reducing installation infrastructure requirements for large-panel production lines.

Product Documents

700X1200 OCA Laminator FFU Sepecification

Download Docx

Key Features

Product Details

FAQ

Q1: What is the effective lamination area and what panel size does this machine cover?

A: The effective lamination area is 700×1200mm (confirmed in both PDF specification and product imagery: "700×1200mm WORK AREA"). The upper turning template is 750×1250mm; the lower template is 750×1212mm, providing margin around the effective bonding area for fixture and vacuum hold.

Q2: What is the production cycle time and throughput?

A: Cycle time is 6~10 seconds per piece (excluding manual loading time), with a reference throughput of approximately 270 pieces per hour (PDF §2.4.1). Equipment failure rate target: ≤2%. Product qualification rate target: ≥98% (excluding defective incoming materials). Product changeover for a new specification takes approximately 10 minutes.

Q3: What makes the "film-up lamination" design different from a standard upper-film configuration?

A: In the standard configuration, the film is held on the upper flip platform and faces downward before and during the flip rotation. On large-format panels (700×1200mm), this creates a risk: the film liner can drop or shift during the flip motion due to panel weight and surface area, causing surface damage or misalignment.This machine holds the film on the upper flip structure and the substrate on the lower platform. When the upper platform rotates 180°, the film arrives above the substrate and bonds upward — the lower platform supports the contact moment from below, reducing liner displacement risk on large panels (PDF §4.2, Feature 1).

Q4: What is the fitting accuracy?

A: Fitting accuracy is ≤±0.1mm (PDF §4.2). This is achieved through pneumatic-electric drive with precision step motion control. For applications requiring automatic X/Y/θ angular correction, optional CCD vision alignment is available — contact our sales team with your panel type and registration requirements to discuss the CCD configuration.

Q5: What clean-air environment does the FFU system provide?

A: The integrated FFU clean system provides a local CLASS 1000 clean-air environment at the lamination zone (confirmed: "Precision Lamination in a Local Class 1000 Environment"). FFU units are mounted overhead and provide filtered downward airflow over the 700×1200mm bonding area.The machine's environmental specification requires: Temperature 19°C~26°C, Humidity 40%~70%, and a clean, dust-free installation location.

Q6: What alignment method is standard, and is CCD available?

A: The standard alignment method is precision mechanical alignment — pneumatic-electric drive with precision step motion control for stable, repeatable positioning. Fitting accuracy: ≤±0.1mm.Optional CCD vision alignment is available as an upgrade (confirmed in Key Features image). CCD vision enables automatic detection and correction of X/Y/θ offset before each bonding cycle. Contact our sales team with your panel specification to discuss whether the standard mechanical alignment or CCD option is suited to your process.

Q7: What safety features does the machine include?

A:Emergency stop buttons on both left and right sides at operator positions Earth leakage circuit breaker for electric shock protection Anti-static plug grounding — separated from power grounding to prevent electrostatic discharge CE certified (confirmed in product imagery) Sliding doors must remain closed during machine operation All wire numbers and gas pipe labels marked at both ends per design drawing

Q8: Can the machine be customised for specific process requirements?

A: Yes : "The equipment specification will be updated according to customer needs." The universal template is made of anti-static and scratch-resistant material, and the machine supports parameter-based flip fit settings.Available option: CCD vision alignment upgrade for applications requiring automatic registration correction. Contact our sales team with your panel dimensions, film type, bonding mode, and production volume to discuss available configurations.