Automation of gluing processes
If your company demands precision and repeatability in gluing processes, you’re in the right place. We deliver end-to-end automation of gluing processes — from system design and integration to programming and commissioning. Our solutions eliminate errors, accelerate production, and significantly reduce operating costs.
Modern adhesive process automation
In an era of escalating quality standards and cost optimization pressures, adhesive process automation has become a cornerstone of modern production lines. Traditional manual application methods are increasingly being replaced by high-precision robotic systems that eliminate the weakest link in the process: human error.
Why automating adhesion is a necessity?
The precise application of adhesives—such as structural glues, resins, or sealants—requires a perfect balance between repeatable trajectory and accurate volumetric dosing. Even the slightest deviation in the amount of material applied can lead to structural weakness, leaks, or unsightly overflows that incur additional post-processing costs.
Implementing an automated bonding station enables:
Our strategy for automating bonding processes is built on the synergy of advanced mechanics and intelligent control systems. We utilize process sensors and machine vision systems to monitor bead presence and continuity in real-time. This ensures that every component leaving the line meets rigorous technical standards, while the entire process remains fully measurable and predictable.
What technologies do we use to automate gluing processes?
Industrial robot applications
We use high-precision industrial robots to automatically apply adhesives, ensuring repeatability and optimizing the production cycle.
Vision system integration
We integrate advanced vision systems to precisely position components before gluing, verify the quality of the applied adhesive and confirm correct assembly.
PLC control and HMI panels
We design and configure PLC-based control software for gluing processes, integrated with intuitive HMI panels for easy operation and system monitoring.
Modern curing methods
We provide systems utilizing various adhesive curing technologies (UV lamps, heating ovens, infrared systems), individually selected for the specific adhesive used.
CAD/CAM design and simulation
We use CAD/CAM software to design gluing stations and simulate robot trajectories, enabling process optimization before physical implementation.
Advanced process sensors
We equip our stations with a range of sensors (e.g. temperature, pressure, presence, flow) to monitor key process parameters and ensure safe, stable adhesive application.
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Proven adhesive automation technologies: our solution stack
High-precision adhesive automation demands reliable hardware. In our projects, we integrate systems from global leaders in dispensing technology and industrial chemistry, ensuring zero-defect production and maximum application repeatability.
Nordson
We utilize advanced dispensing systems and applicators (for both hot-melt and cold-glue technologies) that are industry benchmarks for precision in the packaging and automotive sectors.
DoboTech
We integrate specialized 1K and 2K (single and two-component) material dispensing systems, ideal for demanding automotive and electronics applications where dosing accuracy and process cleanliness are paramount.
Loctite (Henkel)
Leveraging the expertise of the global leader in industrial adhesives, we select dedicated dispensing equipment and UV curing systems tailored to the specific chemical properties of their bonding agents.
Drei Bond
We implement advanced sealing and bonding systems—particularly for powertrain applications—utilizing their extensive experience in applying beads to complex, high-tolerance geometries.
Which industries benefit most from automated gluing processes?
Automotive industry
In the automotive industry, where precision directly impacts safety and durability, automated gluing processes are essential. Bonding components such as seals and structural elements requires high repeatability and consistent quality. Robotic gluing systems significantly increase production efficiency while reducing material waste and operating costs. This results in optimized cycle times and supports competitiveness in a market where quality standards are extremely high.
Electronics industry
In electronics manufacturing, where miniaturization and complexity dominate, adhesive automation plays a critical role. Applications such as PCB assembly, component potting, and display bonding demand microscopic accuracy. Automated systems protect sensitive components from mechanical and thermal stress while improving product reliability. This is particularly important in high-volume production of smartphones, tablets, and IoT devices, where reducing assembly errors directly impacts yield and profitability.
Medical devices industry
In the medical sector, where patient safety and regulatory compliance are non-negotiable, automated gluing ensures consistent quality and traceability. The production of diagnostic equipment, surgical tools and implants requires sterile conditions and flawless joints. Automation minimizes human error, ensures repeatable processes and supports compliance with strict industry standards, while also shortening production cycles and time to market.
Furniture industry
In furniture manufacturing, aesthetics and joint durability are key factors influencing customer satisfaction. Automated gluing enables precise adhesive application on large surfaces and complex geometries, increasing production speed and consistency. Robotic systems reduce adhesive consumption and material waste, delivering measurable cost savings. They also simplify the handling of diverse materials such as wood, laminates, and composites, allowing manufacturers to respond quickly to changing design trends.
Packaging and logistics industry
In packaging and logistics, where speed and efficiency are critical, gluing automation is vital for high-throughput production. Reliable bonding of cartons, boxes, and envelopes ensures product protection during transport. Automated systems allow for fast format changeovers, optimized adhesive usage, and reduced waste. This leads to improved packaging efficiency, lower operating costs, and higher customer satisfaction.
Aerospace industry
In aerospace manufacturing, where lightweight structures must meet extreme strength and safety requirements, automated gluing plays a strategic role. Bonding composite fuselage, wing and structural components requires absolute precision and repeatability. Automation eliminates variability, supports compliance with stringent aerospace standards and ensures the highest levels of quality and durability in an industry with zero tolerance for error.
Benefits of professional gluing process automation
FAQ – Frequently Asked Questions
What do your gluing automation services include?
Our services cover the complete design and implementation of automated gluing systems — from process analysis and concept development to system integration and production launch. We select the appropriate technologies, industrial robots and control systems and integrate them seamlessly with your existing infrastructure.
How long does it take to implement a robotic gluing system?
The implementation timeline depends on the complexity of the project and specific process requirements. After the design phase, implementation typically takes from several weeks to a few months. A detailed project schedule is provided following the initial analysis.
How much does gluing automation cost?
The investment cost depends on the project scope, selected technologies and integration complexity. After reviewing your requirements, we prepare a detailed and transparent quotation tailored to your application.
What support do you provide after system commissioning?
After commissioning, we offer comprehensive technical support, maintenance services and operator training. Our goal is to ensure reliable system operation and maximize long-term efficiency.
Can a robotic gluing station be adapted to different products or adhesive types?
Yes. We design our systems with flexibility in mind, allowing for easy adaptation to different products, formats and adhesive types as production requirements evolve.
What benefits does gluing automation bring to my company?
Automating gluing processes increases precision and repeatability, reduces adhesive consumption and improves workplace safety. As a result, companies achieve higher productivity, consistent product quality and lower operating costs.
Which adhesive application methods can be automated?
Most common adhesive application methods can be fully automated, including: spraying, rollers and roll coaters, pads and transfer systems, precision dot dispensing, continuous bead application (hot melt and cold glue), immersion and robotic 3D application for complex geometries.
Is spray adhesive suitable for robotic automation?
Yes. Spray nozzles can be mounted on robotic arms or stationary systems to ensure uniform adhesive coverage over large surfaces.
Can dot application be automated?
Yes. Precision dot application is typically performed using piston dispensers or transfer pads, making it ideal for controlled repeatable dosing.
Can rollers and continuous bead application operate automatically?
Yes. Automated conveyors and controlled roller systems enable fast and repeatable adhesive application on large or flat surfaces.
Is automation possible for epoxy and hot melt adhesives?
Yes. Robotic dispensing systems can apply epoxy, hot melt and other adhesive types while precisely controlling speed, volume and application pattern.
Contact us – we’ll respond within 24 hours!
Do you have questions about automation of gluing processes? Fill out the contact form, and our team will get back to you within 24 hours – either by phone or email.
During the conversation or correspondence, we will define the scope of work and services you are interested in. Then, we will conduct an internal analysis of your inquiry to prepare the best possible solution.
Within a maximum of 5 business days, we will get back to you with information on the next steps.
Take the step towards modern automation – fill out the form now!
