Low cost high performance LED based UV curing Technique:

Product Number: Linop U 400

Properties: Lightweight/portable, no warm-up time or hot lamps, cool to touch, no performance degradation due to lamp deterioration, instant on/off, Unlimited placement options. Low heat will not warp delicate substrates, adjustable lens allows varying focal points.

The linop U 400 is a state-of-the-art microprocessor controlled UV curing devise. Powerful portable, and ergonomic. It affords unheard -of flexibility and precision in UV curing. Whether it is controlled by your PLC, the units integration buttons, or an attached foot switch, the Linop U 400 is capable of controlling twelve Cyberlite4 LED lamps simultaneously, making extreme versatility.

Range vs intensity vs cure area:

Also known as super glues, cyanoacrylates are one-component, solvent-free, very fast setting adhesives. They polymerize within seconds due to humidity. Setting time decreases on acidic surfaces and increases on alkaline surfaces. They bond most plastics, metals and rubber materials and are common in OEM, aerospace, medical, automotive, electronic and many other industries. These Apollo adhesives are available in standard formulas, extra-flex series, rubber-bonding series, H-series and specialty cyanoacrylates.

Typical Apollo adhesives used in product assembly:

Cyberbond Apollo 2240 - Viscosity 2400 cps, set time on metal 55 seconds, on rubber 30 seconds and on plastic 30 seconds, tensile 3700 psi, temperature range -65 to 280 F

Cyberbond Apollo 2028 - Rubber bonder, viscosity 180 cps, set time on metal 12 seconds, on rubber 5 seconds, on plastic 8 seconds, tensile 3200 psi, temperature range -65 to 200 F

(Many other Apollo adhesive formulations are available.)

Single component, and designed to deliver a metal-to-metal bond that can withstand shock and vibration, Titan Anaerobics provide excellent chemical resistance. They cure at room temperature when in contact with metal and in the absence of oxygen. These adhesives polymerize to high molecular weight plastics. Titan adhesives work well for metal-to-metal applications where threadlocking, threadsealing, gasketing or retaining is required. They are available as threadlocking compounds, retaining compounds and gasketing and sealing compounds

Typical Titan anaerobic materials used follow:

Titan Threadlocking Compound 7242 - Medium-strength threadlocker, 800 to 1200 cps, .006" gap fill, 10 to 20 minute set speed, 100 to 150 psi breakaway @ -76 to 302 F, prevailing torque range 70 to 130 psi @ -76 to 302 F

Titan Retaining Compound 7640 - High-strength medium-viscosity, viscosity 40 to 700 cps, gap fill .006", set speed 15 to 20 min., sheer strength steel-to-steel 3500 psi, temperature range is -76 to 302 degrees F

(Many other Titan Anerobics are available)

Methacrylate-based, 2-part structural adhesives that provide excellent bond strength on various substrates, Cybercryl products cure to form tough, durable bonds that exhibit exceptional impact and environmental resistance. Cyberbond's next generation technology utilized an east-to-follow 1:1 mix ratio of resin and hardener. This user friendly design allows us to offer a wide range of open and fixture times to better serve your specific application. They bond most plastics, composites and ceramics as well as metals, including steel, stainless steel and aluminum and are popular in the boat and sign manufacturing industries.

Typical Cybercryl Acrylics follow:

Cybercryl 800 - Mix viscosity 280,000 cps, open time 5 to 6 min, fixture time 9 to 10 min, operating temperature -40 to 250 F, typical tensile strength in psi, aluminum 3000, steel 4500, fiberglass, PMMA, SMC, ABS, PVC all SF (substrate failure)

Cybercryl 810 - Mix viscosity 210,000 cps, open time more than 60 min, fixture time 20 min. after assembly, typical tensile strength psi aluminum 2600, steel 3500, fiberglass, PMMA, SMC, ABS, PVC all SF (substrate failure)

(Many other Cybercrl acrylics are available)

Urethane-acrylate, 2-part based, colorless liquids, in a range of viscosities work welll in bonding, coating and encapsulating applications, creating a bond that is both flexible and tough. These products cure rapidly once exposed to both UV and visible light curing sources. This method of curing makes Cyberlite product extremely versatile, and an excellent choice for high speed processing and time critical applications. The adhesives are designed to bond a wide range of substrates in demanding applications. This line of adhesives works exceptionally well in projects bonding metal, glass, plastics and ceramic substrates. It is also used extensively in medical device manufacturing.

Typical Cybercrylite adhesives used in industry follow:

U 340 Viscosity 200-300 cps, temperature range -55 to plus 120 C, set speed 50mW/cm2 less than 4 seconds, recommended for use on PMMA and Polycarbonate, elongation 200%, shore hardness D50.

U 350Viscosity 250-400 cps, temperature ranges -55 to 120 C, set speed 50mW/cm2 less than 6 seconds, recommended for use on glass, elongation 45%, shore hardness D35.

U 356 Viscosity Thixotropic, temperature range -55 to 120 C, set speed 50mW/cm2 less than 4 seconds, recommended for use on glass, shore hardness D 75.

(Many other Cyberlite UV/light curing adhesives are available)

Excellent 2-part industrial adhesives characterized by a non critical mixing ration. Cyberpoxy adhesives cure by mixing together a resin and hardener. Packaged in 1:1 cartridges, these room temperature curing products are very easy to use. They will readily bond most plastics, metals, ceramics, paper, wood, and some rubbers. These products are ideally suited for applications in electronics and general product assembly.

Typical Cyberpoxy adhesive:

Cyberpoxy 5000 25ml push out equal amounts. Mix if needed for one minute. Apply to the parts to be bonded.