Abstract: The method for automatic testing of a laboratory specimen of the present invention includes the initial step of obtaining a specimen to be tested and placing the specimen in a specimen container. Information regarding the specimen and any tests to be conducted thereon is entered into a computerized laboratory information system (LIS) which is connected to and communicates with a laboratory automation system (LAS) software. The specimen container is inserted in a specimen carrier, and the carrier marked with an identification code which uniquely identifies the specimen and, by virtue of the identification code, the tests to be conducted thereon. The specimen contained within the specimen carrier is entered into the LAS at a receiving station, which reads the identification code and thereby determines:1. If tests which require process/steps which can run at variety of workstations;2. If tests can have certain steps merged in an effort to ensure that they are carried out properly;3.

Abstract: A method for imbedding a dental implant includes the initial step of casting a model of the patient's jaw and teeth in the vicinity of the implant site. A pilot hole is drilled in the implant site of the model, correlating to the ideal angle and location of the implant in the patient's jaw. A guide rod is provided for forming a guide hole in a stent, with a generally cylindrical shaft and a screw portion mounted at the lower end of the shaft. The screw portion is threaded into the pilot hole with the upper portion of the guide rod projecting coaxially in the desired location of the implant. A stent is then fabricated on the model, with the upper end of the guide rod accessible to a removal tool. A crossed slot in the upper end of the guide rod permits use of a screwdriver to remove the guide rod from the stent and model, thereby forming a guide hole in the stent. The guide sleeve is then journaled in the guide hole in the stent, and the stent is placed onto the patient's jaw and teeth.

Abstract: An apparatus for transferring a laboratory specimen carrier onto and off of a conveyor track includes a conveyor track with a carrier transport surface. A support surface is mounted adjacent the conveyor track, and a pair of jaw members are operably mounted on a frame next to the support surface. The jaw members are operable to grip and release a specimen carrier between the jaws, and the frame is operable to move the jaw members over the track and over the support platform to thereby transfer a specimen carrier.