Robust Engineering for Industrial Manufacturing
Delivering durable, high-performance manufacturing solutions that thrive in the toughest industrial environments.
Maximizing Reliability & Uptime
In industrial settings, equipment failure leads to costly downtime. We engineer manufacturing processes that enhance the strength, wear resistance, and longevity of critical components. Our solutions in bonding, coating, and marking ensure your parts withstand the rigors of daily operation.
Our Industrial Application Expertise
Tools, Dies & Molds
Permanent laser marking of tool steel and carbide with part numbers, sizes, and logos for asset management. Our processes improve inventory control and prevent incorrect tool usage in CNC and molding operations.
Heavy Machinery & Equipment
Durable marking on cast, forged, and machined components like bearings, gears, and housings. Our solutions provide lifetime traceability for maintenance, warranty, and quality assurance purposes.
Pipes, Valves & Fittings
Clear, permanent marking of material grades, pressure ratings, manufacturer info, and compliance codes on pipes, flanges, and valve bodies to ensure safety and adherence to industry standards.
Improving Process Efficiency
We deliver turnkey solutions that integrate directly into your production flow. By automating marking, bonding, or coating processes, we help you reduce manual errors, increase throughput, and achieve six-sigma quality, resulting in lower manufacturing costs and a significant market advantage. These integrations are engineered by our plastics engineering services group. To weigh the alternatives first, see plastics decorating methods compared.
Relevant Core Technologies
Need to Solve an Industrial Challenge?
Let our experts design a manufacturing process that's built to last.
Consult an Industrial SpecialistBuilt for the Factory Floor
Industrial environments demand solutions that can withstand abrasion, chemicals, and extreme temperatures. We specialize in creating permanent, robust solutions for components that require absolute reliability.
Frequently Asked Questions
What are the durability requirements for marking industrial equipment?
Industrial control panels, electrical enclosures, safety equipment housings and tool cases are exposed to oils, solvents, abrasion and temperature extremes. The mark has to stay legible through all of it, which is why laser marking is used in place of labels and printed legends that survive the first two and not the rest.
Can equipment already in production be improved without changing the part?
Often. Where the problem is contrast, adhesion or mark durability rather than geometry, the change is usually in the additive package, the surface preparation or the process parameters, none of which requires retooling. Establishing which of the three is responsible is what the diagnostic stage is for.
How are large or awkward surfaces treated?
Corona discharge is often more effective than atmospheric plasma over larger surface areas and at greater treatment depth, and custom electrode configurations handle flat, contoured, recessed and isolated geometry. For remote or isolated regions that no line-of-sight process reaches, fluorooxidation treats from capillary through to large-diameter tubes and housings.
What protective coatings are available for industrial parts?
Engineered coatings for UV protection, abrasion and scratch resistance, anti-corrosion, anti-icing and fog resistance, hydrophobic, oleophobic and hydrophilic surfaces, and easy-clean anti-soiling finishes, applied by spray atomization, dip coating or roll coating.
