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The company was established in 1976 by Davut Yanık and Ahmet Yanık in a small atelier in İzmir.
The company expanded in time thanks to its quality products and increasing customer rate, and moved to the bigger size atelier in İzmir Çamdibi.
For the first time in local application owen method has been applied in wet coating process.
In production, instead of machines controlled and used manually, semi-automatic machines with NC technology started to be used.
The company moved to the factory in İzmir Pınarbaşı as a result of increasing market share and production volume.
With electro-static powder coating application, the surface process was carried up to world standards.
In metal production process, computer based CNC controlled automatic production technology was adopted instead of NC technology.
Production of modular standard panels started and products were launched in market.
In order to direct the rapid development, the company moved to the factory located on an area of 10.000 square metres in İzmir Kemalpaşa.
Conveyor painting system with full automatic spray line cleaning and iron-phosphate coating was adopted and the parts started to be produced without human intervention at high quality.
The company, expanded and developed rapidly in domestic market, carried out its first export.
As a result of the positive demand increase in export, first overseas export was realised.
İstanbul branch was opened for service and local proximity and logistic support level was improved.
With introduction of new buildings in İzmir Kemalpaşa, total production area was increased up to 20.000 square meters.
By establishing nano-technological coating line, environment-friendly and advanced technology surface process was adopted.
Teos series modular floor standing type enclosure launched to market.
Form 3 and 4 type Energy Distribution Panels were developed and safer solutions launched for consumers.
PSBB, full automatic metal production line, was established and as the first company applying such technology in the sector, a big leap was experienced in production technology and capacity.
Withdrawable MCC Technology Teos Draw Series launched into market.
Neo Series Modular Standing Type Enclosure launched to market.
Panasonic Robotic Welding Machine helps to improve welding productivity. Robotic automation team provide automated welding system solutions.
Thanks to our new Painting Line with recycling system, our enclosure is protected against external factors such as rain and impact.
NEO HC has the advantage of reliable and functional use in the harsh conditions of the outdoor environment with extendable roof option.
The PDS is modularized type tested low voltage power distribution and motor control switchboards supported with local partnership system in worldwide.
Our new KT DM compact enclosures are designed according to the needs of our customers to serve in demanding areas of use.
We will continue to share our technologies in our new 35.000 m2 factory located in Bağyurdu OSB.
Tekpan Factory in Green Industrial Zone
We were happy to meet you at the Wenergy Clean Energy Expo, one of the most important international platforms for the world industry.
We introduced the brand new TEKPAN and PDS products as well as EDP products and met interesting people from various cultures and nationalities in the process.
Around the world can be found different zones with a specific seismic risk. These zones have been classified according to the Uniform Building Code (UBC).
Weight bearing tables for all sizes are in our article.
Wind power is the result of wind energy in the useful form of the wind, using wind turbines to generate electricity, windmills for mechanical power, wind pumps for pumping water or wells, or sails to drive ships.
Earthing is the joining of non-stressed metal parts of electrically operated machines with the ground utilizing a conductor.
Electrical switchgear materials are the materials that control electrical circuits, ensure the protection of circuits, and are used for switching these circuits.
Today, one of the two metals is preferred as a conductor in busbar systems. These are copper or aluminum. All other properties other than weight are why copper is preferred as a better conductor.
The most important choice faced by specifiers in determining low-voltage equipment is to determine the method of compartmentalization.