UV coating cures and is chemically crosslinked. This provides for a coating film which has much higher chemical resistance than the waterborne. For example: you can actually wipe our cured coating many times with either Acetone or MEK (both very strong solvents) and the result will be that you will clean the coating but see absolutely no change in the gloss or corrosion resistance of the coating. If you try this with waterborne or solvent based coatings you will remove or severely degredate the film to the point where you have no corrosion resistance at all.

UV coating is 100% solids. This allows for more exacting film thickness application and control. Everything which is applied to the tube stays on the tube at whatever film thickness you desire. The waterborne and sovent based coatings can be low solids which means in order to apply a desire film thickness, you must apply many times your desired film thickness and then force the volatiles out of the coating to come back down to an approximate film thickness.

Fiber optic and conventional cable makers are very much concerned with manufacturing efficiency and cost optimization. Worldwide competition in the cable market is fierce, which puts significant pressure on cable selling prices. The costs of cable raw materials fluctuate widely, which further adds constraints. Cables designs have become more complex and are more specific to the application. Manufacturers are seeking designs that are different from the others and that can integrate more functions. For example, they seek cables that are compact, yet more durable, wear resistant, and chemically resistant. At the same time cable buyers want to carry more data and more power. Manufacturers of the cable making machinery must follow suit with machines that are very reliable and more flexible, as well as easy to operate and maintain. Cable making equipment must improve productivity, reduce power consumption, and optimize material utilization. Fewer, more efficient machines can reduce the plant space required. Lastly, cable machines must be ergonomic to reduce labor costs and to insure safety for production staff, while avoiding any interruption in production. Our machinery is recognized worldwide for its perfect tension control, high speed operation, and excellent traversing.

For the processing of advanced materials like graphene, carbon nanotubes, metal oxides, technical ceramics, carbon materials etc and to answer the challenge of the research & development community to produce the finest, high temperature, high vacuum and controlled atmosphere furnaces in the industry, simco partnered with international companies to bring heat treatment solutions.

Our laser diode portfolio is broad, extending from CW laser diodes to Pulsed Laser Diodes to high-power Laser diodes. For special areas of application vcsels and quantum cascade lasers are also included in our range of products. We supply laser diodes, laser modules, dot and line lasers, laser modules for industrial applications, cross hair laser, machine vision lasers, low cost oem modules, precision laser modules and laser pointer.

The International LED market is booming. For a long time now, thanks to their high efficiency and longevity, light-emitting diodes have presented a future-oriented alternative to conventional lighting. Todays global lighting industry is responsible for approximately 19% of electricity use and 6% of greenhouse gas emissions. In this context, LED technology has the potential to be a game changer for the industry, with well-publicized environmental and technological advantages compared to conventional lighting.

UV curing systems are vital to the manufacturing of thousands of items people use every day; from printing and packaging of consumer goods to automotive headlamps, telecommunications, electronics, medical devices graphic arts, glass and plastic decorating , wood , converting and metal and many more. The patented technologies include the use of microwave power to generate intense uv light from electrodeless bulbs.

Ultrasonic milling machines have capabilities for a variety of unique applications in difficult materials including silicon, quartz, fiber-optic glass, aircraft composites, sapphire, alumina, alumina nitride, silicon carbide, silicon nitride and many other technical ceramics and glasses.
As a supplier of ultrasonic milling machines we offer you technical advice, backed by over 30 years of experience, on the best cost-effective approach to machining the parts you require. We believe that our expertise in working with many technically challenging projects in a variety of materials will be of benefit to your requirements.

Carbon Fiber are manufactured, from precursor to carbon fiber, from scientific to production scale, from material handling to final product collection and everything in between through its Principal, Harper International and other technology partners.
Harper has experience in developing distinctive systems for every application including calcination, graphitization, carburization, controlled oxidation, oxide reduction, purification, pyrolysis, drying, reduction, solid-solid reaction, gas-solid reaction, metalizing, debinding, and waste remediation. SIMCO with its strong presence in the Indian Market, brings global technology at local level

UV coating cures and is chemically crosslinked. This provides for a coating film which has much higher chemical resistance than the waterborne. For example: you can actually wipe our cured coating many times with either Acetone or MEK (both very strong solvents) and the result will be that you will clean the coating but see absolutely no change in the gloss or corrosion resistance of the coating. If you try this with waterborne or solvent based coatings you will remove or severely degredate the film to the point where you have no corrosion resistance at all. UV coating is 100% solids. This allows for more exacting film thickness application and control. Everything which is applied to the tube stays on the tube at whatever film thickness you desire. The waterborne and sovent based coatings can be low solids which means in order to apply a desire film thickness, you must apply many times your desired film thickness and then force the volatiles out of the coating to come back down to an approximate film thickness.

Fiber optic and conventional cable makers are very much concerned with manufacturing efficiency and cost optimization. Worldwide competition in the cable market is fierce, which puts significant pressure on cable selling prices. The costs of cable raw materials fluctuate widely, which further adds constraints. Cables designs have become more complex and are more specific to the application. Manufacturers are seeking designs that are different from the others and that can integrate more functions. For example, they seek cables that are compact, yet more durable, wear resistant, and chemically resistant. At the same time cable buyers want to carry more data and more power. Manufacturers of the cable making machinery must follow suit with machines that are very reliable and more flexible, as well as easy to operate and maintain. Cable making equipment must improve productivity, reduce power consumption, and optimize material utilization. Fewer, more efficient machines can reduce the plant space required. Lastly, cable machines must be ergonomic to reduce labor costs and to insure safety for production staff, while avoiding any interruption in production. Our machinery is recognized worldwide for its perfect tension control, high speed operation, and excellent traversing.

For the processing of advanced materials like graphene, carbon nanotubes, metal oxides, technical ceramics, carbon materials etc and to answer the challenge of the research & development community to produce the finest, high temperature, high vacuum and controlled atmosphere furnaces in the industry, simco partnered with international companies to bring heat treatment solutions.

Our laser diode portfolio is broad, extending from CW laser diodes to Pulsed Laser Diodes to high-power Laser diodes. For special areas of application vcsels and quantum cascade lasers are also included in our range of products. We supply laser diodes, laser modules, dot and line lasers, laser modules for industrial applications, cross hair laser, machine vision lasers, low cost oem modules, precision laser modules and laser pointer.

The International LED market is booming. For a long time now, thanks to their high efficiency and longevity, light-emitting diodes have presented a future-oriented alternative to conventional lighting. Todays global lighting industry is responsible for approximately 19% of electricity use and 6% of greenhouse gas emissions. In this context, LED technology has the potential to be a game changer for the industry, with well-publicized environmental and technological advantages compared to conventional lighting.

UV curing systems are vital to the manufacturing of thousands of items people use every day; from printing and packaging of consumer goods to automotive headlamps, telecommunications, electronics, medical devices graphic arts, glass and plastic decorating , wood , converting and metal and many more. The patented technologies include the use of microwave power to generate intense uv light from electrodeless bulbs.

Ultrasonic milling machines have capabilities for a variety of unique applications in difficult materials including silicon, quartz, fiber-optic glass, aircraft composites, sapphire, alumina, alumina nitride, silicon carbide, silicon nitride and many other technical ceramics and glasses.As a supplier of ultrasonic milling machines we offer you technical advice, backed by over 30 years of experience, on the best cost-effective approach to machining the parts you require. We believe that our expertise in working with many technically challenging projects in a variety of materials will be of benefit to your requirements.

Carbon Fiber are manufactured, from precursor to carbon fiber, from scientific to production scale, from material handling to final product collection and everything in between through its Principal, Harper International and other technology partners.Harper has experience in developing distinctive systems for every application including calcination, graphitization, carburization, controlled oxidation, oxide reduction, purification, pyrolysis, drying, reduction, solid-solid reaction, gas-solid reaction, metalizing, debinding, and waste remediation. SIMCO with its strong presence in the Indian Market, brings global technology at local level