Our Solutions
Thermal Imaging
See, measure, and act on what your process can’t see.
Thermal imaging provides real-time temperature data that helps manufacturers inspect products, validate processes, monitor critical equipment, and identify potential safety issues before they become costly problems.
Real-Time Inspection
Plastic Joining
Inspect every joined part for thermal inconsistencies that can indicate weak welds, hidden defects, or process variation before the product moves downstream.
Adhesive Dispensing
Validate adhesive placement and application in real time, detecting gaps, insufficient coverage, and temperature inconsistencies before they become bonding failures.
Hot Metal Stamping
Monitor part and tooling temperatures during production to maintain consistent forming conditions and identify thermal variation that can affect part quality.
Plastic Forming
Measure the complete thermal profile of plastic during forming to identify uneven heating and improve process consistency.
Sealing
Inspect every seal without destructive testing, identifying gaps and thermal inconsistencies that can lead to leaks, contamination, spoilage, or recalls.
Food Processing
Continuously measure product temperatures on the production line to help validate processing conditions, improve consistency, and maintain quality.
High Pressure Die Casting
Monitor die and part temperatures throughout the casting process to identify thermal variation, optimize cycle consistency, and reduce defects.
Safety & Reliability
Early Fire Detection
Continuously monitor large or high-risk areas for abnormal heat, providing alerts before thermal events develop into fires.
Battery Storage
Detect abnormal temperature changes across battery systems and storage areas, providing early warning of potentially dangerous thermal events.
Condition Monitoring
Continuously monitor critical equipment and infrastructure for abnormal temperature patterns that can indicate developing mechanical or electrical problems.
Handheld Cameras
Portable thermal imaging cameras give maintenance, inspection, and engineering teams an immediate way to identify temperature differences and troubleshoot equipment in the field.
Infrared Heating
Put the right heat, in the right place, at the right time.
Infrared heating delivers fast, targeted energy directly to the material or surface being processed. From individual emitters to fully engineered heating systems, solutions can be tailored for precise thermal control, improved efficiency, and integration into automated manufacturing processes.
IR Quartz Heaters
Single Tube Emitter
A compact infrared emitter for delivering fast, focused radiant energy to industrial heating processes.
Twin Tube Emitter
Validate adhesive placement and application in real time, detecting gaps, insufficient coverage, and temperature inconsistencies before they become bonding failures.
Custom Emitters
Infrared emitters engineered around the wavelength, geometry, power, and thermal requirements of your specific process.
Modular Heater
A configurable infrared heating module that makes it easier to add targeted, controllable heat to new or existing equipment.
Engineered Heating Solutions
Heater Banks
Custom arrays of high-powered infrared emitters that add fast, directional heating to industrial processes such as drying, curing, and material processing.
Infrared Tool Design
Custom-engineered infrared tooling designed around your material, heat profile, geometry, controls, and production requirements.
Heating Systems
Complete engineered-to-order infrared heating systems designed, integrated, and controlled around the requirements of your production process.
Closed Loop Process Heating
Combine infrared heating with real-time thermal feedback to automatically adjust energy output and maintain precise, consistent process temperatures.
Applications
Thermoforming
Rapidly and uniformly heat plastic sheet with precise zone control to improve forming consistency, reduce cycle times, and prevent hot or cold spots.
Plastic Welding
Deliver clean, non-contact heat precisely to thermoplastic joining surfaces for strong, repeatable bonds without the contamination or mechanical stress of contact heating.
Lamination
Precisely control heat across films, composites, textiles, and other substrates to improve bond strength, consistency, and production speed.
Drying
Apply targeted infrared energy directly to coatings, inks, adhesives, or materials to accelerate moisture removal while reducing unnecessary energy use.
Curing
Deliver controlled radiant heat to accelerate curing processes while maintaining consistent temperatures and product quality.
Processing
Integrate precise infrared heat into specialized manufacturing processes where conventional heating is too slow, inefficient, or difficult to control.