Welcome to MTF Technik
For 40 years now, MTF Technik has been offering innovative solutions in conveyor technology, automation and separation systems that meet the highest standards of quality.
MTF Multi-Tech Belt Conveyors are hard to beat in terms of versatility. Due to the great variety of different belt materials, drive units, bases and accessories they can be used in almost every area of industry and for a broad range of conveying tasks.
Separation Drums serve the spatial separation of pieces of different sizes - especially the separation of injection-moulded pieces from sprues in plastic finishing or in the die-casting industry.
Reject chutes are generally mounted below the tool of an injection moulding machine and serve to separate the material flow. A further field of application is the use below a stamping machine. The body of the reject chute consists of stable welded stainless steel.
MTF Technik offers various customised solutions for automatic container filling, as container changeover systems, storing devices and buffering stations. Based on our conveyor systems and separation devices, we develop complete automation facilities for connecting different processes.
During the last 30 years, we have developed various technical solutions in order to provide reliable, flexible and functional products. Some of the most important solutions are presented here:
Intelligent bend technology
The bend technology of MTF conveyor belts allows a continuously variable negative (NL) and positive (PL) angle and height adjustment; in all three versions: NL, PL and ZL.
Multi-Tech Profile Technology
The MTF Multi-Tech Profile Technology, consisting of a self-supporting aluminium double crossbeam construction, is a "revolution" in conveyor belt engineering.
Patented belt tensioning mechanism
By means of a patented constuction design all angled Multi-Tech belt conveyors are provided with an absolutely constant belt tension over the entire angle range from 0° to 60°. This mechanism optimises the tracking ability of the belt without additional guidance and prevents the belt from warping in the bend area. In addition, the surface pressure is reduced, which avoids abrasion and wear.