The utility model discloses a double-row in-line vacuum matrix bonding clamp, which is provided with a rectangular bonding platform, a plurality of tube shell tables are arranged on the bonding platform according to a matrix mode, a vacuum hole is formed in the center of each tube shell table, and a tube shell is sucked by utilizing vacuum suction force; double-row straight slots are formed in thetwo sides in parallel and are used for inserting pins of the tube shell; two limiting blocks are arranged at the two ends of each tube shell table respectively and used for limiting the position of atube shell, and a clamping opening is formed in one tube shell table. The clamp has the main advantages that the manufacturing process is simple, limiting is accurate, due to the design of the tweezers clamping port, a tube shell is convenient to take and place, and friction abrasion between the clamp and a product shell is effectively avoided; the tube shell is in smooth contact with the clamp through vacuum suction force, and the flatness of the tube shell can be checked; and the matrix design can improve the working efficiency of the automatic bonding machine. According to the clamp, the vacuum matrix clamp suitable for bonding of other double-row in-line integrated circuits can be manufactured according to the sizes and shapes of different double-row in-line shells.