VILITY: CCD intelligent vision equipment, enabling unmanned production lines.

From August 26 to 28, 2026, Shenzhen Weilite Automation Equipment Co., Ltd. will participate in Aibang’s 8th Precision Ceramic Industry Chain Exhibition (Booth No. C47). We warmly welcome industry colleagues to visit us and exchange ideas!

Established in 2010, Shenzhen VILITY Automation Equipment Co., Ltd. (VILITY) is an innovative enterprise dedicated to R&D and responsive to market demands. Centered on CCD vision technology, the company strives to be a designer and manufacturer of integrated CCD intelligent equipment lines and a driver of Industry 4.0 smart manufacturing solutions. Recognized as a National High-Tech Enterprise and a "Specialized, Refined, Unique, and Innovative" (SRUI) enterprise, VILITY has successfully delivered efficient, unmanned production lines to numerous manufacturers. With 125 national patents—including 15 invention patents—covering areas such as CCD printing, punching, die-cutting, exposure, and lamination machines, as well as AOI online inspection and fully automated integrated line solutions, VILITY stands as an indispensable "guardian of precision" in the smart manufacturing sector.

When Smart Manufacturing Enters the Era of "Machine Vision + Integrated Production Lines"

Driven by the rapid growth of sectors such as 5G communications, new energy vehicles, wearable devices, display panels, and power battery components, there is an ever-increasing demand for manufacturing precision regarding parts like FPCs, membrane switches, conductive films, IMD/IML panels, and power battery boards. Traditional modes—characterized by manual alignment, standalone machine operations, and offline inspection—can no longer meet these requirements:

High precision demands: Manual or semi-automated printing alignment suffers from significant errors and inconsistent yields;

Inefficient process integration: Manual handling between stages such as printing, curing, die-cutting, and lamination increases the risk of material damage;

Delayed or missed inspections: Offline sampling fails to cover all defects, making it difficult to detect minute flaws like micro-opens and micro-shorts;

Rising labor costs: Younger generations (post-90s and post-00s) are reluctant to engage in tedious, repetitive tasks.

Leveraging years of deep expertise in CCD vision algorithms, precision motion control, and integrated full-line automation, Willett has launched a comprehensive suite of solutions—spanning everything from standalone units to complete production lines, and processes ranging from punching to lamination—to help customers achieve intelligent manufacturing characterized by unmanned operations, high precision, and high efficiency.

125 Patents | "Specialized, Refined, Differential, and Innovative" Enterprise | Innovative Enterprise

Setting a New Benchmark for Intelligent CCD Equipment

Technology-Driven Enterprise: Weilit has been recognized as a National High-Tech Enterprise and a "Specialized, Refined, Unique, and Innovative" (SRUI) enterprise. It holds 125 national patents—including 15 invention patents—covering core technologies such as CCD alignment algorithms, image processing, precision mechanical structures, and integrated line control systems.

Systematic Assurance: The company is certified under ISO9001 (Quality Management System) and ISO14001 (Environmental Management System), ensuring standardized processes across the entire lifecycle—from design and manufacturing to service.

Customization Capabilities: As a designer and manufacturer of integrated CCD intelligent equipment lines, Weilit provides tailored CCD equipment and turnkey solutions based on specific customer needs regarding material properties, product shapes, and process requirements.

Comprehensive CCD Intelligent Equipment Portfolio

Covering the Full Spectrum of Precision Manufacturing Processes

I. CCD Printing Machine Series

Roll-to-Roll CCD Alignment Precision Printing Machine (Four-Post Structure): Suitable for printing on roll materials such as PET, PVC, PC, and FPC, as well as applications involving mobile phone keypads, 3M adhesives, membrane switches, photovoltaics, aluminum/copper foils, and IMD/IML (In-Mold Decoration) films. The four-post structure offers high stability, meeting the demands for both high speed and high precision.

Roll-to-roll CCD precision printing machine: Designed specifically for flexible materials such as membrane switches, explosion-proof films, diffusion sheets, ITO conductive films, FPC antenna boards, and power battery components. Offers a choice between print-head alignment and bed alignment methods.

Precision Sheet-Fed CCD Alignment Printing Machine + Multi-Tier Rack Stacker: Suitable for PC composite sheets, acrylic, membrane switches, FPCs, lenses, PVC/PC panels, IMD/IML components, automotive instrument clusters, and more. This system integrates automatic alignment printing with multi-tier rack stacking to enable automated sheet production.

CCD-Aligned Precision Sheet Printing Machine: Designed for high-precision alignment printing on sheet materials such as membrane switches, glass cover plates, acrylic, ITO conductive films, and composite back covers.

II. CCD Punching/Die-Cutting Series

Semi-automatic Punching Machine (VT015/VTZ15): Designed for automatic positioning and punching of materials such as membrane switches, conductive films, IMD/IML/PET/PVC films, FPC flexible circuits, panels, nameplates, aluminum sheets, and aluminum-based substrates.

Semi-automatic drilling machine (VTP15): Designed for materials such as single/double-sided PCBs, multilayer PCBs, fiberglass boards, composite boards, PVC panels, and acrylic (or other brittle plastic sheets); it utilizes a drilling method to prevent the cracking often caused by punching.

Roll-to-roll dual-head fully automatic punching machine: Designed for flexible roll materials such as mobile phone keypads, panels, conductive films, membrane switches, plastic films, IMD/IML components, and FPCs. It performs simultaneous dual-side positioning and punching, automatically corrects material feeding errors, and enables unattended, fully automatic punching of entire rolls. The system can be integrated with downstream sheet cutters or die-cutting machines, allowing a single operator to manage the entire production line.

Roll-to-roll dual-head staggered punching machine: Features similar functionality but utilizes a staggered design to meet specific spacing requirements.

Fully automatic sheet-to-sheet single-head punching/drilling machine: Designed for processing sheet materials requiring multiple holes—such as FPC, PET, 3M self-adhesive materials, conductive films, and nameplates—this machine automatically shifts and punches according to programmed step intervals. It minimizes repetitive manual tasks, allowing a single operator to manage 2–3 machines. A drilling configuration is available for fragile materials like acrylic and glass sheets.

CCD-Guided Irregular-Shape Punching Machine: Designed for processing FPC, PET, 3M self-adhesive materials, conductive films, nameplates, gold fingers, IMD films, appliance panels, ribbon cables, and more. It enables direct punching and cutting without the need for registration holes, resulting in higher precision. It integrates punching and cutting functions for small-format products, allowing a single operator to manage multiple machines.

Roll-to-roll CCD precision die-cutting machine: Designed for CCD-aligned die-cutting of materials such as roll-to-roll membrane switches, home appliance panels, COB LED strips, PET/PVC circuits, diffusion films, and through-holes in FPC double-sided circuit boards.

Large-format roll-to-roll CCD precision punching machine: Specifically designed for CCD-aligned punching and cutting of large-format power circuit boards, S-shaped FPC light strips, backlight panels, and similar components.

CCD Sheet Die-Cutting Machine: Designed for the CCD-guided, high-precision, fully automatic die-cutting of printed or embossed materials—such as membrane switches, ITO/PET/PVC/PC films, conductive films, IMD appliance panels, automotive panels, and mobile phone components—without the need for registration holes.

III. CCD Exposure/Lamination Series

Roll-to-Roll Double-Sided CCD Exposure Machine: Designed for materials such as roll-format power battery circuits, COB LED strips, and antenna circuits, this machine enables double-sided or single-sided roll-to-roll exposure, meeting requirements for high efficiency and high alignment precision.

Sheet-to-Roll CCD Bonding Machine (Single/Dual-Head): Designed for mounting stiffeners, shielding films, functional components, or labels onto printed panels and circuits supplied in roll form. It supports both manual placement and automated processes—featuring automatic material peeling and CCD-guided alignment—for bonding materials such as OCA optical adhesive, foam, green protective film, and 3M adhesive. It operates 3–5 times faster than manual methods with superior precision, reducing labor costs and increasing yield rates.

IV. CCD Inspection and Automated Integrated Line Solutions

Roll-to-roll AOI in-line inspection: Utilizes incident lighting to precisely detect micro-opens and micro-shorts as small as 20μm across a scanning width of 250mm–520mm. Features low false-call rates and in-line marking of defective areas; offers highly intelligent modeling with one-click Gerber data import. Inspection speeds reach 4–6 m/min, handling single- and double-sided automotive PCBs with line widths and spacings of 50μm or greater. Ensures zero missed detections for short circuits and open circuits, while also identifying issues such as excess copper, residual copper, and jagged edges. Includes automatic web guiding, achieving a winding alignment accuracy of within 2mm.

Sheet Lamination Manipulator: Manual loading → Manipulator picks up sheets → Hot pressing in the lamination machine → Automatic unloading.

Roll-to-roll lamination (six-station) robotic system: automatic material feeding → simultaneous lamination by two sets of hot-pressing modules → automatic web guiding and take-up.

Single/Multi-station Coil Uncoilers and Recoilers: Designed for uncoiling and recoiling operations in conjunction with production lines such as etching, OSP, and VCP.

Sheet-fed Single/Multi-station Tail-end Unloader: After exiting the tunnel drying oven, the material transitions onto the unloader's rollers. Once aligned by pneumatic cylinders, a robotic arm with suction cups places the material onto a stacking platform. After a specific quantity has been stacked, the entire stack is manually removed.

IR Curing Line: Designed for the IR curing of flexible materials (such as roll-to-roll PET and PVC) and sheet materials (such as PVC, PET, and FPC). Features customizable multi-layer oven structures (2, 3, 4, or more layers) to save space and reduce energy consumption; also supports customization of ultra-fast-drying tunnel ovens.

Core Strength | Fully Automated Integrated Line Solutions

Weilit's core competence lies in integrated line solutions. A typical fully automated printing line (suitable for high-volume, multi-pass printing on composite panels, IMD/IML components, membrane switches, FPC circuit boards, etc.)

Process Flow: Material sensing and lifting → Robotic automatic loading → Automatic dust removal → CCD-aligned printing → Robotic automatic unloading → Stacking inspection → Robotic pick-and-place unloading → Multi-layer tunnel oven curing → Automatic robotic transfer of materials between tunnel oven layers → Automatic collection at the discharge end. This solution significantly saves space, boosts efficiency, and enables unmanned material flow across multiple printing stages.

8-Machine Tandem Printing Line for Sheet Materials

To meet higher production capacity demands, Willett has introduced an 8-machine tandem printing solution: Manual loading → Automatic film peeling → Initial positioning → CCD screen printing machine A → IR drying → Temporary buffering → Initial positioning → Screen printing machine B → IR drying → ... → Collection on multi-tier racks → AGV transport. This effectively resolves the pain point of repetitive loading and unloading required for multi-pass sheet printing, allowing the entire printing process to be completed on a single line.

Looking Ahead: Serving as the "Vision Enabler" for Smart Manufacturing

Standing at the forefront of the Industry 4.0 and smart manufacturing era, Vility Automation remains committed to the principles of "Innovation, Precision, and Efficiency." We are dedicated to deepening the integration of CCD vision technology with cutting-edge technologies such as AI deep learning, robotics control, and digital twins. By continuously expanding our product portfolio—transitioning from standalone automation to comprehensive smart factory solutions—we help electronics manufacturers reduce costs, boost efficiency, and enhance quality, establishing ourselves as a trusted global partner for complete CCD-based smart equipment solutions.

For business inquiries, please contact:

Mr. Yin: 18523923290

Manager Liu: 13058097952

Shenzhen Vility Automatic Machinery Co., Ltd.

Address: No. 2, Bitou 3rd Industrial Avenue, Songgang Subdistrict, Bao'an District, Shenzhen

Domestic Website QR Code

Website: www.szvility.com

Email: tina@szvility.com

QR Code for Overseas Website

Website: www.vilitymachine.com

Email: brenda@szvility.com

Recommended Event 1: Aibang’s 8th Precision Ceramics Industry Chain Exhibition [August 26–28, 2026 | Hall 7, Shenzhen World Exhibition & Convention Center (Bao'an New Venue)]

Booth Booking

Ms. Li: 18823755657 (WeChat ID)

Email: lirongrong@aibang.com

Scan the QR code to add on WeChat and inquire about exhibition details.

Recommended Event 2: 9 Concurrent Forums

How to register as an attendee:

Scan the QR code or copy the link to register.

https://www.aibang360.com/sign/100085