Main Categories
We can also help with
Contact Us!
Precision Metering, Mixing, and Structural Bonding Automation
Adhesives and sealant systems are critical to modern manufacturing, where mechanical fastening alone cannot meet structural, environmental, or weight requirements. These systems govern the precision metering, mixing, dispensing, and validation of advanced bonding materials, ensuring structural integrity, repeatability, and process reliability across high‑performance production environments.
Our engineered systems support single‑component and multi‑component adhesive platforms, integrating material conditioning, robotic dispensing, and automated inspection into fully controlled production processes. From aerospace composite bonding to automotive glazing systems, precision adhesive application is fundamental to product performance.
Single Component Systems
Dispensing valves, metering valves, pump & pressure packages for 1K adhesives
Two Component Systems (2K)
Gear metering, piston metering, shot metering, mixing valves, LSR processing
Tooling Paste & Seamless Molding
Eldo-Mix 401T, GP 401 TPD for precision tooling and modeling applications
SMC/IMC Molding
IMC Coatec metering systems for sheet molding and in-mold coating applications
Putty & Paste Systems
GP 401 APD, CF Versa, and GP 401 TPD for high-viscosity paste dispensing
Engineering Engagement
Ready to Engineer Your Adhesive System?
Kirkco supports confidential engineering engagements under NDA. Discuss your application requirements with our team and receive a system architecture tailored to your process.
Adhesive Chemistry Platforms
- Two-component epoxy structural adhesives
- Polyurethane structural adhesives
- Silicone sealants and gasketing materials
- Methacrylate adhesives (MMA)
- Liquid Silicone Rubber (LSR) processing systems
- Filled and spacer-loaded structural adhesives
Metering & Mixing Technology
- Servo-driven piston metering systems
- Precision gear metering assemblies
- Progressive cavity pumps for high-filler systems
- Static mixing tubes
- Dynamic mixing heads
- High-pressure impingement mixing (specialized applications)
Single-Component Systems
Multi-Component Systems
Tooling Paste
SMC / IMC Molding
Putty & Paste
Application Architecture
Adhesives & Sealants Quality Framework for Industrial Manufacturing Systems
Executive Overview
Kirkco engineered an Adhesives & Sealants Quality Framework to govern precision bonding, sealing, and material application across industrial manufacturing environments. This architecture establishes repeatable process control, bond-line integrity, and lifecycle reliability while supporting diverse chemistries and application geometries.
Market & Performance Drivers
Manufacturers rely on adhesive and sealant systems to provide structural integrity, environmental sealing, and protection of sensitive components. Variability in manual application, cure conditions, and material handling introduces risk to product performance, warranty exposure, and production yield. A standardized application architecture is required to ensure consistent outcomes.
Process Requirements
Adhesive and sealant applications require controlled dispensing with repeatable bead geometry, accurate volumetric delivery, and predictable cure behavior. The framework supports single- and multi-component materials, temperature-conditioned supply, and clean cutoff at the point of application.
System Architecture
The framework governs precision metering, mixing, and dispensing platforms configured for adhesives and sealants. Architectures may include piston, gear, or progressive cavity metering, with static or dynamic mixing and application-specific dispense valves.
Controls & Validation
PLC-based controls manage dispense volume, ratio (where applicable), bead placement, and process interlocks. Validation confirms bond-line consistency, adhesion performance, and repeatability across production runs.
Governed Applications
This framework governs a range of adhesive and sealant implementations, including electronics bonding, medical cartridge sealing, automotive module assembly, LED housing sealing, and general industrial bonding. Each execution-level application inherits the quality principles defined herein.
Application Architecture
Industrial Adhesive Dispensing Systems
Executive Overview
Kirkco engineered an industrial adhesive dispensing architecture designed to deliver repeatable bonding and sealing performance across high-mix, high-volume manufacturing environments. The architecture supports consistent material application, controlled bead geometry, and stable production output across diverse industrial assemblies.
Market & Performance Drivers
Industrial manufacturers require adhesive dispensing systems that can maintain quality across multiple product variants, shifts, and operators. Manual application introduces variability that impacts bond strength, cosmetic appearance, and rework rates. A controlled dispensing architecture is required to stabilize quality and throughput.
Process Requirements
Applications require accurate volumetric dispensing of single- and multi-component adhesives with repeatable bead width, placement, and cure behavior. Processes may include component bonding, gasket forming, seam sealing, and surface coating in automated or semi-automated cells.
System Architecture
The dispensing platform utilizes positive-displacement metering technologies, including piston, gear, or progressive cavity pumps, selected based on material viscosity and flow requirements. Static or dynamic mixing solutions are applied where multi-component materials are used, with application-specific valves ensuring clean cutoff and repeatable starts and stops.
Controls & Validation
PLC-based controls manage dispense volume, ratio control, dispense speed, and process interlocks. Validation confirms repeatable adhesive output, consistent bead geometry, and reliable adhesion performance across production cycles.
Adhesives & Sealants Quality Framework Alignment
This application is governed by Kirkco’s Adhesives & Sealants Quality Framework, which standardizes material handling, dispense accuracy, bead geometry control, and validation practices across industrial bonding and sealing systems.