Efficient and well-thought-out processes are the key to high productivity and quality. TEAM Automation Berlin optimizes and automates production and assembly processes to reduce cycle times, minimize errors, and make the best use of resources. Discover how tailored solutions can streamline your production processes and prepare them for the future.
According to technological and process requirements, TEAM Automation Berlin designs and builds complex assembly and packaging machines. At the customer's request, all essential process data can be recorded, transmitted, and, if necessary, analyzed within TEAM’s OEE solutions.
Design and construction of manual, semi-automatic, or fully automatic stations equipped with pneumatic, hydraulic, or electric presses – optionally with control of force, displacement, or both.
In cooperation with renowned partners, screw driving stations are implemented – manual, semi-automatic, and fully automated – featuring automatic screw feeding and process data analysis.
TEAM Automation Berlin offers riveting equipment – available as manual, semi-automatic, and fully automatic solutions – for all popular technologies, with optional process analysis.
TEAM Automation Berlin designs assembly and pre-assembly stations based on ergonomic principles – including test and packaging stations – with an option for an ESD version.
TEAM Automation Berlin engineers, in cooperation with partners, develop and implement packaging solutions – from simple manual stations to fully automated systems with robots.
According to the technological and process requirements of our customers, and in cooperation with component manufacturers, TEAM Automation Berlin implements manual, semi-automatic, and fully automatic processing equipment. All essential process data can be recorded and analyzed within TEAM's OEE solutions.
TEAM Automation Berlin offers manual, semi-automatic, and fully automatic solutions for all popular flanging processes, with optional process analysis.
In cooperation with METEOR AG (Switzerland), TEAM Automation Berlin supplies fully automated coil winding lines, including all accompanying processes.
In accordance with product specifications, TEAM Automation Berlin, together with its partners, develops solutions for manual, semi-automatic, and fully automatic dispensing and potting – for example, oils, greases, single- and two-component adhesives, as well as thermal conductive pastes.
TEAM Automation Berlin, together with its partners, offers semi- and fully automatic systems for activating plastic parts and for cleaning and coating aluminum components using atmospheric plasma.
The method of marking depends on the size, material, and required information on the parts. TEAM offers a full spectrum – from a simple dot of paint or indentation to laser marking and labeling. Preliminary tests can be conducted in-house with partners.
Whether MIG/MAG, resistance, ultrasonic or laser, TEAM Automation Berlin – together with its partners – automates complex welding processes, with full recording and analysis of process data.
Laser welding is an extremely efficient and fascinating process, suitable for the finest welds and components of various shapes and geometries. In most cases, laser welding is performed without additional material, ensuring durable and secure joints.
In ultrasonic welding, one or more thermoplastic materials are joined by internal friction at the joint.
Resistance welding is a method for joining electrically conductive materials, based on the heat generated by the current passing through the joint. The parts are heated to the welding temperature and then joined under pressure through solidification, diffusion, or in the solid phase.
In collaboration with specialized partners, TEAM Automation Berlin designs, plans, and builds manual, semi-automated, and fully automated soldering systems tailored to both customer and process requirements.
In inductive soldering, an AC source of medium or high frequency is connected to the secondary coil (soldering inductor). The alternating current induces a magnetic field that generates eddy currents at the joint, heating it to soldering temperature. This process requires the parts to be electrically conductive. To prevent the inductor from overheating, water cooling is applied through the empty coil conduit.
Light soldering uses short-wave infrared radiation with a wavelength of approximately 1µm. The light source is positioned at the focus of a semi-elliptical mirror, enabling the radiation to be concentrated at a second focus. The energy is absorbed at the joint surface and converted into heat. The focal spot is usually 2–3 mm in diameter.
In resistance soldering, heat is generated by an electric current passing through the joint. The conductor heats up due to its resistance. This method is particularly effective for joining components of differing masses—for example, small parts to large sheets—using a soldering paste containing flux and solder.
In laser soldering, the thermal energy required to melt the solder is provided by focused, coherent laser light of a specific wavelength. Among various laser types (CO2, Nd:YAG, diode), diode lasers are best suited for soldering, offering superior absorption characteristics and precise power control to achieve optimal energy profiles.
Depending on the components and the number of types, TEAM Automation Berlin uses the most optimal and gentle feeding systems for your components. Upon request, preliminary feasibility tests and design of the feeding method can be conducted.
Depending on the type and size of components, feeding can be implemented using WT conveyor systems, step-conveyor systems, modular single-shift systems, or intelligent linear transfer systems.
TEAM Automation Berlin develops standard palletizing systems that are tailored to the specific requirements of the process.
In highly flexible installations with a wide variety of component types, Anyfeeder systems equipped with appropriate robot and camera technology are used. Other applications include robotic setups for removing packaging from pallets and loading injection molding machines, sometimes even with a seventh axis.
TEAM Automation Berlin, in cooperation with its partners, designs and supplies appropriate linear and radial feeders according to process requirements.
TEAM Automation Berlin identifies and integrates the necessary process controls and develops for its customers semi- and fully automatic test stations (EOLT) along with tailored test software for specific products.
Based on the specific test parameters of the products, TEAM Automation Berlin designs and develops complex testing equipment and final inspection stations, either as standalone units or integrated within fully automated production lines.
Based on mechanical testing, TEAM Automation Berlin designs and creates precise measurement systems for all kinds of tactile measurements, force and displacement measurements, and laser displacement measurement systems – either as standalone stations or integrated into automatic production lines.
In cooperation with specialized partners, TEAM Automation Berlin conducts preliminary tests on measuring equipment. Upon customer request, a detailed test report is provided, including a feasibility analysis and determination of possible tolerances. Integration ranges from simple camera systems to complex image processing systems.
Based on defined test parameters, TEAM Automation Berlin advises its customers on the appropriate testing method. From simple sensors to complex test devices – the optimal equipment is always selected for the respective application.
