Automation and cutting technology
TECHTORY Automation GmbH
Ludwig-Winter-Straße 5
77767 Appenweier
| Phone | +49 7805 9589-0 |
| Fax: | +49 7805 9589-50 |
| Email: | info@techtory.de |
Assembly automation – assembly and testing system for bearing assemblies
Self-contained, semi-automatic joining system for assembling individual parts into an assembly with subsequent torque testing
The bearing housings are to be joined to finished assemblies in a semi-automatic system with needle bearings, inner rings and bolts and then subjected to a torque test
Fully automatic loading of two grinding machines with shafts, separation and robot handling
Assembly automation – assembly and testing system for ball valves with a wide variety of parts
Fully automatic testing and labeling system with adjacent manual packaging station for ball valves
Development and construction of a system for the fully automated assembly, testing and marking of ball valves in various variations as well as an adjacent, partially automated assembly and packaging station.
Processing cell – deburring, brushing, embossing and packing station
Automation Nutenstein – Deburring, marking, packaging
Efficient deburring of two threaded holes that cannot be deburred in the CNC process, embossing of the finished parts, subsequent portioning as bulk material in shipping boxes
Assembly automation – assembly and testing system for quick couplings
Semi-automatic assembly and testing system for joining individual parts to form an assembly with subsequent function, camera and leak testing
Development and construction of a semi-automatic plant for the assembly of quick couplings. A modular design and conversion kits should make it possible to convert to different variants.
Mobile human-robot collaboration: Flexible bonding cell
Monitored adhesive application with our mobile robo-cell
Two different deep-drawn sheet metal parts, one on the right and one on the left, are to be glued and inspected by a robot in collaborative operation.
Assembly automation – assembly and testing system for a motor feedback system
Automatic assembly and testing system for joining individual parts to form an assembly with subsequent measurement
Fully automatic gluing and mounting of a holder in a housing including measuring of the joined assembly.
Semi-automated manual workstations – Extended assembly and testing system for air nozzles
Assembly, testing, marking – semi-automated assembly of air vents, quality control with an EOL test station
The assembly and quality inspection of air nozzles is to be carried out at several, successive work stations.
The assembly and quality inspection of ventilation nozzles is to be carried out at several, successive work stations.
Positionally correct transfer of threaded bushings to a grinding machine as well as cleaning and measuring of the ground parts.
Robot-assisted loading of a CNC machining center with production parts.
Customized plant engineering – assembly and testing plant for sensors
Fully automatic assembly and test system for angle encoders
Development, design, manufacture, assembly and commissioning of a fully automated system for the machining, assembly and testing of angle encoders.
Partially automated manual workstations – Assembly and testing system for an oil pump
Oil pump assembly line
Gear pumps are to be assembled and tested in successive steps at several semi-automated workstations.
Mobile human-robot collaboration: machine loading with our robo-cell
Automated loading of a CNC machining center with our mobile robot platform
Automation of the loading of a CNC milling center under collaborative conditions.
Robot cell – automation of cleaning system & deburring process
Robot-assisted deburring of housings, workpiece transport by means of workpiece carrier system
Automation of workpiece transport by means of workpiece carrier system, robot cell and two gripper units. Automation of the deburring process by robotic brushing cell.
Mobile human-robot collaboration with our standardized robo-cell
Development of a mobile robot platform
Development of a mobile platform to accommodate cobots and industrial robots from a wide range of manufacturers and for handling various pipes using vacuum grippers.
Customized plant engineering – assembly line for baffles
Fully automatic machining, assembly and testing line
Development of a fully automated machining, assembly and testing station for the production/assembly of baffle plates.
Customized plant engineering – plant for removing cover caps
Fully automatic line for processing and testing of resistance piping
A self-sufficient system for automatic processing and testing of resistance piping is to be developed.
Link to: Teilautomatisierte Handarbeitsplätze – Montage- und Prüfanlage für Kugelhähne
Partially automated manual workstations – Assembly and testing facility for ball valves
Assembling, bonding, testing – Semi-automated assembly of ball valves with high variety of parts
The assembly and quality inspection of ball valves in various variations is to be partially automated or automated.
Partially automated manual workstations – Assembly and test facility for air nozzles
Assembling, testing, marking – Semi-automated assembly of air nozzles
The assembly and quality inspection of air nozzles is to be carried out at several, successive work stations.
Automatic machine tool loading with camshafts
Fully automatic loading device for grinding machine with cleaning station
Fully automatic loading of a grinding machine with crankshafts followed by a cleaning process.
Assembly line – assembly of fasteners with support spring
Automated assembly line for the production of subassemblies from difficult sheet metal parts
Development of an automated assembly system for the production of assemblies from difficult sheet metal parts “fastening element with support spring”.
In a robotic cell, the entire machining process runs fully automatically.
Pressing and testing device for fiber optics
Joining of optical fibers in an injection molded part with subsequent active camera inspection
This semi-automated pressing and testing system is used to join optical fibers into a previously manually loaded injection molded part (carrier).
Deburring and brushing station for planetary carriers
Time-efficient, robot-controlled deburring of planetary carriers
Planetary carriers are used in modern automatic transmissions. Based on our TECHTORY-floor-cell with rotary indexing table, two planetary carriers are each machined simultaneously in cycle.
