The straight Multi-Tech hinge belt conveyors type GV-LD 120 are assembled from a comprehensive modular system and can thus be individually and optimally adapted to the respective application. The conveyor belt frame consists of aluminum profiles specially developed by MTF Technik, which are optimized for mounting the hinge plates. A great deal of expertise is evident in the details to guarantee optimal functionality and stability. The robust profiles each have a groove on the side and below the conveyor belt, which can be used for attaching substructures, drive units, sensors, and other components. This avoids costly drilling or welding work and ensures maximum flexibility. Multi-Tech hinged belt conveyors of type GV-LD 120 are characterized by a stable base frame with a closed base on which the supports made of anodized aluminum profiles are mounted. The conveyor belt body is attached to the supports in the lateral grooves using sturdy cast aluminum brackets. This allows for easy height and tilt adjustment while making maximum use of the support length. This allows for a large height adjustment range. The LD 120 base frame is typically used with conveyor belts up to approximately 3,000 mm long and 1,000 mm wide. In this configuration, the Multi-Tech hinged belt conveyors are often used as discharge conveyors from assembly cells or as storage conveyors for robots. In combination with drip trays mounted under the belt, these conveyors are also used as drip trays for liquid-wetted components. Furthermore, conveyor belts of this design also serve as heating or cooling sections. In this case, heating elements or fans/ventilators/air conditioning units can be used. The belts can be equipped with drive lugs in various designs to achieve optimal conveying results. Spring tensioners are integrated into the side profiles to keep the hinge plate belt under sufficient tension at all times, thus reducing adjustment and maintenance effort. The Multi-Tech hinge belt conveyors are equipped as standard with powerful flange drives, which are adapted to the specific conveying task with different motor outputs, gear ratios, and controls.