Danikor’s flex feeder provides flexible parts feeding for any automated application featuring varied parts and frequent changeovers. One flex feeder can replace several conventional feeders on your line. It holds components of arbitrary shapes and materials. Visual part recognition frees you from the limits of mechanical feeding, speeding up configuration and eliminating the need for manual feeder calibration. flex feeder is suitable for all robots automated assembly applications in the automotive, cosmetic, electronic, and medical industries.
Built around a synchronized triple-rack-and-pinion drive, the FPT three-finger translational gripper is rapidly becoming the go-to end-effector for tasks that demand both self-centering accuracy and gentle, high-geometry compliance. Inside CNC turning centers it slips into the spindle to auto-load and auto-remove round, prismatic or thin-walled parts—from 20 mm fuel-injector bodies to 150 mm aluminum casings—without leaving jaw marks. Electronics plants deploy it for precisely stacking battery cells, centering smartphone camera barrels or inserting shielding cans onto densely packed PCBs, while medical-device manufacturers rely on its low-particulate, IP-rated housing to cap vials, place pipette tips and transfer micro-titer plates in ISO-7 clean rooms. In automotive power-train lines it re-grips crankshafts and rotors during sequential machining, and downstream it can palletize irregular housings or kit mixed fasteners for flexible assembly cells. Additive-manufacturing workcells now use the same gripper to lift fresh metal prints from the build plate, re-orient them for support removal and then hand them off to deburring stations, all while maintaining sub-0.01 mm repeatability across millions of maintenance-free cycles.
The FPT two-finger translational gripper is widely deployed across CNC lathes, machining centers, electronics plants, and automotive assembly lines, where it quietly handles everything from loading raw billets and stacking motor laminations to inserting smartphone batteries and kitting miniature fasteners, while also slipping into medical-device and additive-manufacturing cells to manipulate micro-titer plates or lift fresh 3D-printed parts from build plates.
AMB Series Unmanned Chassis AMB (Auto Mobile Base) for agv autonomous vehicle, a universal chassis designed for agv autonomous guided vehicles, provides some features such as map editing and localization navigation. This unmanned chassis for agv cart provides abundant extent interfaces such as I/O and CAN to mount various upper modules together with powerful client software and dispatching systems to help users quickly complete manufacture and application of agv autonomous vehicles. There are four mounting holes on the top of the AMB series unmanned chassis for agv autonomous guided vehicles, which supports arbitrary expansion with jacking, rollers, manipulators, latent traction, display, etc. to achieve multiple applications of one chassis. AMB together with SEER Enterprise Enhanced Digitalization can realize the unified dispatching and deployment of hundreds of AMB products at the same time, which greatly improves the intelligent level of internal logistics and transportation in the factory.
Founded in 2020, SCIC-Robot is an industrial collaborative robot and system supplier, focusing on collaborative robots and their automation products and components, and providing solutions and integration of automation systems. With our technology and service experience in the field of industrial collaborative robots, we customize the design and upgrading of automation stations and production lines for customers in different industries such as automobiles and parts, 3C electronics, optics, home appliances, CNC/machining, etc., and provide one-stop services for customers to realize intelligent manufacturing.
Collaborative robots, or cobots, have transformed automation by enabling safe and efficient human-robot collaboration across industries like manufacturing, logistics, and healthcare. A key component of any cobot system is the gripper—the "hand" that interacts with object...
We unlock the full potential of your collaborative robot with SCIC's premium quick changers. Engineered for demanding industrial environments, our changers are the critical link enabling rapid, reliable, and precise swapping of grippers and EOATs (End-of-Arm Tooling) in ...
In an era where innovation drives progress, the SCIC 4-Axis Cobot (SCARA) Integrated Solutions, powered by Japan Oriental Motors’ cutting-edge technology, redefine excellence in semiconductor manufacturing and laboratory automation. Engineered for unparalleled precision,...
In a landmark achievement for the telecommunications and photonics industries, SCIC-Robot.com proudly introduces the Optical Module Test Automation Workstation—a game-changing solution engineered to redefine testing standards and propel your R&D and production workfl...
In the fast-paced world of automotive manufacturing, precision, efficiency, and scalability are non-negotiable. Yet, traditional assembly lines often grapple with labor-intensive tasks like manual screw driving—a repetitive process prone to human fatigue, errors, and inc...