The health resort Bad Langensalza is a small city in the state of Thuringia, Germany. In 1967, the original site of the GKN Group company Barthol En Salza powder metallurgy plant was originally targeted by the former Democratic Germany. The training center for engineers and technicians, in 1969, became part of the original electronic product manufacturer Roboron of the Democratic Republic of Germany. Since many of the components produced by Robotron require the use of powder metallurgy technology, Robotron determined that it was in Bart Lang Ensar. Established a powder metallurgical plant. The economic situation of the Bad Langsalza plant deteriorated between 1989 and 1990, and the Federal Republic of Germany Krebsoge Powder Metallurgy Co., Ltd. invested in this powder metallurgical plant in Bad Langen Salza, Krebsoge Powder Metallurgy Co., Ltd. in Bad Langensar Zha's powder metallurgical plant began to use metal injection molding technology in 1996. In 1998, Krebsoge Powder Metallurgy Co., Ltd. was merged by GKN Group. Traditional powder metallurgy production continued in 2001 at the powder metallurgical plant of GKN sintered metal company Barthol En Salza. In the past few years, the metal injection molding production of the GKN Group's Batlangen Salza plant has grown steadily. Now the GKN Group's powder metallurgy plant in Bad Langen Salza is already one of the five largest metal injection molding manufacturers in the world. It is expected that there will be a significant increase in metal injection molding production there soon.
GKN Sintering Metal Co., Ltd. produces hundreds of tons of metal injection molded parts for the automotive industry. The metal injection molding materials include: Fe-Ni alloy, 42CrMo4 alloy, 17-PH and high-temperature superalloy, and the weight of metal injection molded parts. For 0.5 to 160 g, the output of each metal injection molded part is roughly in the range of 50,000 pieces/year to several million pieces/year, and the output of metal injection molded parts of GKN sintered metal company has an increasing trend. It is generally believed that the cost of raw materials required for metal injection molding production is relatively high, which is not conducive to the production of large parts by metal injection molding technology. In response to this view, Mr. Jens Wolf, manager of GKN sintered metal company Bart Lang Ensarza, published his View: “Metal injection molding technology uses 100% of raw materials, which is more energy-efficient than other alternative production technologies and is conducive to environmental protection. It is cost-effective to produce parts with high alloy content by metal injection molding technology. From the perspective of saving raw materials, Low-alloy metal injection molded parts have applications in the field of small parts.†Mr. Jens Wolf believes that metal injection molding technology has a lot of potential to be tapped, production powder can be improved, and production equipment has a lot of room for improvement. Metal injection molding production is not only injection molding and sintering, but also requires a wealth of process knowledge and mold design techniques.
GKN Sintering Metal Co., Ltd. produces hundreds of tons of metal injection molded parts for the automotive industry. The metal injection molding materials include: Fe-Ni alloy, 42CrMo4 alloy, 17-PH and high-temperature superalloy, and the weight of metal injection molded parts. For 0.5 to 160 g, the output of each metal injection molded part is roughly in the range of 50,000 pieces/year to several million pieces/year, and the output of metal injection molded parts of GKN sintered metal company has an increasing trend. It is generally believed that the cost of raw materials required for metal injection molding production is relatively high, which is not conducive to the production of large parts by metal injection molding technology. In response to this view, Mr. Jens Wolf, manager of GKN sintered metal company Bart Lang Ensarza, published his View: “Metal injection molding technology uses 100% of raw materials, which is more energy-efficient than other alternative production technologies and is conducive to environmental protection. It is cost-effective to produce parts with high alloy content by metal injection molding technology. From the perspective of saving raw materials, Low-alloy metal injection molded parts have applications in the field of small parts.†Mr. Jens Wolf believes that metal injection molding technology has a lot of potential to be tapped, production powder can be improved, and production equipment has a lot of room for improvement. Metal injection molding production is not only injection molding and sintering, but also requires a wealth of process knowledge and mold design techniques.
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