Our Customers
Customers choose us for our advanced plasma treatment expertise, reliable high-performance equipment, customized solutions, strict quality standards, and responsive technical support that ensure long-term production success.
Our Plasma Treatment Systems
Our Atmospheric and Vacuum Plasma Systems improve surface adhesion and wettability for stronger, more reliable bonding, coating, and printing. They provide a fast, environmentally friendly treatment process that enhances product quality and manufacturing efficiency.
PL-6050P-S
Rotary Plasma Jet System with 16–110 mm nozzle-dependent treatment width, 750–1500 W plasma output power, 2000–3000 RPM high-speed rotation, 7" touch PLC control, and RS-485 communication for seamless integration into automated industrial production lines.
PL-5050P
Rotary Plasma Jet System with 16–110 mm nozzle-dependent treatment width, 750–1500 W plasma output power, 2000–3000 RPM high-speed rotation, and integrated 5" touch PLC for precise and user-friendly industrial process control.
PL-6052P-SA
Rotary Plasma Jet System with two independent gun heads, each offering 16–110 mm nozzle-dependent treatment width and 750–1500 W plasma output power, featuring adjustable 2000–3000 RPM rotation, 7" touch PLC control, and RS-485 communication for precise, high-speed automated industrial surface treatment.
PL-5010S-OUT
Plasma Jet System with 7–13 mm nozzle-dependent treatment width, 600–1000 W plasma output power, and a 4.3" touch PLC, featuring air pressure monitoring, over-temperature protection, and over/under-current detection for safe and stable industrial surface treatment.
PL-5010-IN
Plasma Jet System with 7–8 mm precisely treatment width, 1000 W plasma output power, integrated internal air supply, digital LED interface, and built-in over-temperature and over/under-current protection for stable and safe industrial operation.
CR-4060
Corona-type Cable Processing System with treatment capability for cable diameters ≤10 mm, 0–100 m/min adjustable processing speed, and 2000 W output power for high-efficiency surface activation and improved adhesion performance in continuous production lines.
C700
4-Axis Plasma Cleaning Platform with 1000×850×1750 mm footprint, 700×300×100×359 mm XYZC working range, up to 500 mm/s XY and 300 mm/s Z motion speed, 60 RPM C-axis rotation, ±0.1 mm positioning accuracy, and compatibility with both single jet and rotary plasma systems for flexible high-precision automated surface treatment.
X1000
3-Axis Plasma Cleaning Platform with 1350×1680×1900 mm footprint, 980×980×200 mm XYZ working range, up to 500 mm/s XY and 300 mm/s Z motion speed, ±0.1 mm positioning accuracy, and compatibility with both single jet and rotary plasma systems for flexible high-precision surface treatment applications.
PL-B3150
Covered online Atmospheric Plasma Treatment System with 440 mm conveyor width, up to 30 m/min line speed, 440 mm X-axis travel at up to 500 mm/s, support for up to three combined plasma jet or rotary torches, and Omron PLC-based programming for precise, automated industrial surface treatment integration.
VL-10-A
The 10L Bench-Top Vacuum Plasma System features a 270 × 280 × 180 mm chamber, 300 W RF plasma power, 3 customizable process layers, and a 7" touch screen with Siemens PLC SIMATIC HMI Smart 700 IE V5, delivering precise, repeatable, and user-friendly surface treatment for research, development, and small-batch production applications.
VL-80-A
80L Vacuum Plasma System with 515×400×410 mm chamber, 1000 W power rating, 6 customizable process layers, 7" Siemens PLC SIMATIC HMI Smart 700 IE V5 touch screen, standard 2 MFCs (Ar/O₂) with optional 3 MFC expansion, and selectable oil-sealed or dry pump configuration for flexible and precise plasma processing applications.
Robot Arm Smart System
Covered Smart Plasma Processing System integrated with a 5–6 axis robotic arm (model options available per customer requirements), atmospheric plasma system with straight jet or rotary plasma torch, conveyor belt integration, and PLC-controlled touch screen operation for fully automated, flexible, and high-precision surface treatment.
Our Manufacturing Process
① Incoming Material Quality Inspection
All incoming materials are inspected and verified against predefined quality standards, including material specifications, dimensions, surface condition, and critical components. This ensures only compliant materials enter production, supporting consistent product quality, reliability, and performance.
② Assembly Manufacturing
All assembly processes are carried out in accordance with standardized operating procedures (SOPs) to ensure consistent quality, precision, and repeatability. Strict adherence to documented work instructions and quality controls minimizes errors and guarantees reliable system performance.
③ Quality Inspection & Endurance Testing
Every system undergoes comprehensive quality inspection and rigorous endurance testing to verify functionality, performance stability, and compliance with technical specifications. Extended operational testing ensures long-term reliability, durability, and consistent performance under demanding industrial conditions.
④ Pre-Shipment Quality Inspection
Before shipment, every system undergoes a final comprehensive quality inspection to verify performance, safety, appearance, and compliance with all specifications. This ensures each machine is fully tested, properly configured, and ready for reliable operation upon delivery.
⑤ Packaging & Transport
Each system is securely packaged using robust protective materials and export-grade packaging to prevent damage during handling and transit. Careful logistics planning and transport procedures ensure safe, reliable delivery to customers worldwide.
Industry & Applications
Electronic
Improving PCBs, FPCs, IC packages, ABS and PC electronic housings, and LED and display components by removing microscopic contamination and increasing surface energy to enhance coating, solder mask, encapsulation, and adhesive bonding performance, resulting in higher reliability, better electrical and optical performance, and improved manufacturing yield.
Automotive
Enhancing PP and ABS interior and exterior parts, aluminum and steel body components, glass windshields and lighting systems, and seals and bonding interfaces by increasing surface energy and cleanliness to improve paintability, adhesive bonding, sealing performance, corrosion resistance, and overall durability and manufacturing quality.
Medical
Improving the performance of balloon catheters, syringes, and intraocular lenses by enhancing surface cleanliness, wettability, biocompatibility, and coating adhesion, resulting in greater product reliability, safety, and manufacturing consistency
Semiconductor
Improving Si wafers, lead frames, bonding pads, and chip surfaces, ceramic and glass substrates, and IC packaging and encapsulation surfaces by removing nanoscale contamination and increasing surface energy to enhance thin-film deposition, wire bonding, encapsulation adhesion, and overall device reliability, yield, and performance.
Battery Manufacturing
Improving the surface cleanliness, energy, and wettability of copper and aluminum foil current collectors, PE and PP separator membranes, pouch films, and battery housing and sealing surfaces, enhancing coating adhesion, electrolyte absorption, bonding, and sealing performance to increase battery efficiency, reliability, safety, and production yield.
Packaging
Enhancing the surface energy of PE, PP, PET, PA, and aluminum foil laminates, significantly improving the adhesion of inks, coatings, adhesives, and laminated layers, resulting in higher packaging quality, stronger bond strength, improved durability, and more reliable production processes.
Printing
Enhancing the surface energy and wettability of PE, PP, PET, and BOP films, paperboard, and aluminum foil laminates, enabling superior ink adhesion, sharper print quality, improved coating and lamination strength, reduced defects, and more reliable high-speed printing performance.
Consumer Goods
Elevating ABS and PC electronic housings, TPE and silicone components, PA and POM parts, and PMMA transparent parts by increasing surface energy and cleanliness to improve coating adhesion, printing quality, bonding strength, scratch resistance, and overall durability and manufacturing consistency.
Wire & Cable
Enhancing the surface properties of XLPE, EPDM, and silicone wires and cables by increasing surface energy and wettability, enabling stronger adhesion of insulation, coatings, inks, and bonding materials while improving product quality, durability, and manufacturing efficiency.
Factory Photo Gallery
Awards & Certificates
CONTACT
If you have any questions, please feel free to ask our experts.
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Tel. No : + 86 (0) 577-65560111
Mobile : +86-18958862656
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E-mail : jill@keylinktech.com
Website : www.keylinktech.com
Address : No.289, Huashun Road, Henghe Industrial Zone, Ruian City, Wenzhou City, Zhejiang ProvinceFOLLOW US
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