General Genetics Corporation entered the industry of Testing Laboratories in 2013 and has grown to employ 1 to 4 people, generating an annual revenue of $1.000.000 to $2.499.999. The NAICS classifies this business under the code 541380, which describes it as a Testing Laboratories. For further clarification, the SIC classifies this business under the code 8734 and described it as a Testing Laboratories. The business provides service to the B2B market.
To acquire more information, please contact Rayburn Thompson by calling (575) 646-3465 during business hours. You can also write to the business’ Headquarters at 3655 Research Drive 30013, Las Cruces, New Mexico NM 88003. You can also visit the company’s website at ggcdna.com. View this business’ social media profiles on Twitter or on Facebbok .
Company: | General Genetics Corporation |
Representative: | Rayburn Thompson |
Place of Business: | 3655 Research Drive 30013, Las Cruces, NM 88003 |
Contact Number: | (575) 646-3465 |
Website: | ggcdna.com |
Type of Service: | Testing Laboratories |
SIC Number: | 8734 |
NAICS Number: | 541380 |
Locality: | Headquarters |
Market Type: | B2B (Business to Business) |
Began: | 2013 |
Income/Year: | $1.000.000 to $2.499.999 |
Laborers: | 1 to 4 |
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General Genetics Corporation is a company operating from Doña Ana, New Mexico providing professional Testing Laboratories and relevant B2B variables. It was founded in 2013 and registered with the SIC code 8734 as Testing Laboratories, and with the NAICS code 541380 as Testing Laboratories.
With a current employee count of 1 to 4, General Genetics Corporation has gone to report making $1.000.000 to $2.499.999 per annum on its journey towards growth. This company invites you to contact its representative Rayburn Thompson at (575) 646-3465 for related queries, or to locate its Headquarters using the coordinates 32.271982,-106.746665.
The Headquarters can also be found at the street address 3655 Research Drive 30013 in Las Cruces, New Mexico 88003 and can be engaged online through the company website at ggcdna.com, the company Twitter , and Facebook page .