Leveraging policy support, Shenzhen-based robot enterprise SAM has recently achieved a major breakthrough in the Turkish market – the first batch of 45 intelligent transfer robots equipped with 2D vision systems has been delivered, helping local beverage enterprises build automated production lines. This also marks SAM's third million-dollar-level order landed in the Central and Eastern European market this year.
It is reported that this customized model is specifically designed for the transfer scenarios of glass bottles and PET bottles. Through its self-developed 2D vision algorithm, it realizes bottle type recognition, posture correction and precise grasping, with an action frequency of 40 times per minute – 35% more efficient than local equipment in Turkey – and the defect rate can be controlled below 0.02%. The first batch of equipment has been put into use at the Izmir factory of Sirma, Turkey's largest bottled water enterprise, for sorting and transferring multi-specification bottles in the mineral water production line.
Data shows that supported by the Ministry of Commerce's service export policies and Sinosure's risk protection, the value of this order of SAM reaches 18 million yuan, a 52% increase compared with similar orders last year. In the first three quarters of 2025, its export volume to Turkey exceeded 42 million yuan, with a year-on-year growth of 78%, and the market share of its core products in Turkey's bottled beverage equipment market rose to 18%.
"The demand for manufacturing automation in Turkey increases by 22% annually. We quickly entered the market through localized technical support and scenario customization," revealed the Director of SAM's Overseas Business Department. He added that the company will replicate this model to expand into the food, daily chemical and other fields, and is expected to secure more than 200 additional orders by the end of the year. Industry insiders pointed out that this confirms the "technology adaptation + policy support" path for Chinese robots to enter the global market.
Leveraging policy support, Shenzhen-based robot enterprise SAM has recently achieved a major breakthrough in the Turkish market – the first batch of 45 intelligent transfer robots equipped with 2D vision systems has been delivered, helping local beverage enterprises build automated production lines. This also marks SAM's third million-dollar-level order landed in the Central and Eastern European market this year.
It is reported that this customized model is specifically designed for the transfer scenarios of glass bottles and PET bottles. Through its self-developed 2D vision algorithm, it realizes bottle type recognition, posture correction and precise grasping, with an action frequency of 40 times per minute – 35% more efficient than local equipment in Turkey – and the defect rate can be controlled below 0.02%. The first batch of equipment has been put into use at the Izmir factory of Sirma, Turkey's largest bottled water enterprise, for sorting and transferring multi-specification bottles in the mineral water production line.
Data shows that supported by the Ministry of Commerce's service export policies and Sinosure's risk protection, the value of this order of SAM reaches 18 million yuan, a 52% increase compared with similar orders last year. In the first three quarters of 2025, its export volume to Turkey exceeded 42 million yuan, with a year-on-year growth of 78%, and the market share of its core products in Turkey's bottled beverage equipment market rose to 18%.
"The demand for manufacturing automation in Turkey increases by 22% annually. We quickly entered the market through localized technical support and scenario customization," revealed the Director of SAM's Overseas Business Department. He added that the company will replicate this model to expand into the food, daily chemical and other fields, and is expected to secure more than 200 additional orders by the end of the year. Industry insiders pointed out that this confirms the "technology adaptation + policy support" path for Chinese robots to enter the global market.