Design a fully detailed industrial automation machine used for inserting or assembling small parts. The machine consists of a circular vibratory bowl feeder mounted on a grey vertical post, with a funnel-shaped white chute that guides parts downward. Above the feeder is a transparent cyan enclosure housing a gearbox and motor, possibly with an internal auger feeder. The processing unit below the chute includes a blue-and-white vertical press or insertion mechanism with guide rails and a sensor bracket. Below it is a flat blue worktable with part fixture pins, mounted on a sliding or pneumatic stage. The entire machine is built on a white cabinet frame with structural aluminum profiles, featuring red caster wheels for mobility. Include realistic surface textures (plastic, aluminum, stainless steel), screws, mounting holes, pneumatic tubes, and control panels for industrial realism. Make all components dimensionally proportionate and logically assembled.

Design a compact logistics automation cell within a 5m x 5m area using a small 6-axis articulated robot. The system includes an infeed conveyor belt delivering small boxes or containers, a top-mounted vision system that identifies object position and type, and a robot that picks up items using a vacuum gripper or mechanical fingers. The robot sorts and places the items onto output trays or an outfeed conveyor, based on QR code or RFID data. Include a white steel frame, linear conveyors, cameras, barcode readers, and a centralized controller box. The workspace layout must optimize efficiency and minimize robot idle time. Show cable management, sensor mounts, and a real-world factory floor texture. 'THE ENGINEER' visible on multiple sides of the machine.

Design a compact vision inspection machine specifically for smartphone display panels. The machine should include a high-resolution industrial camera mounted on a vertical linear actuator, allowing Z-axis focus adjustment. A precision XY stage should hold the smartphone display under the camera, capable of micron-level movement. Integrate a ring-type LED coaxial light source around the camera for uniform illumination. The system should include a touch panel HMI on the right side for user interaction and inspection control. Add a protective transparent acrylic safety cover over the entire inspection area, with an aluminum frame structure supporting it. Include emergency stop buttons, status indicator lights (green, red, yellow), and cable trays for wiring. The machine should be built on a sturdy white metal frame with leveling feet. Clearly display the company name "THE ENGINEER" engraved on the front panel of the frame. The overall aesthetic should be professional, clean, and optimized for use in a high-precision electronics manufacturing cleanroom. Include realistic mechanical details, bolts, camera brackets, and connector ports. The model should look functional and factory-ready.

Design a compact 2-meter-long industrial capping machine for small-scale production lines. The system should include a conveyor belt running along the base, transporting empty bottles toward a rotary capping unit. The capping station should have a servo-driven torque-controlled motor to apply screw caps accurately. Integrate a bowl feeder and cap chute to orient and feed caps to the capping head automatically. Place guide rails along the conveyor for bottle alignment and a sensor-based bottle presence detection system at the capping position. Include a pneumatic stopper or indexing mechanism to pause bottles under the capping head. The machine frame should be made of aluminum profiles with white coated panels and leveling feet. Add a transparent acrylic safety cover around the capping station, and include red-yellow-green status indicator lights on top. A touch panel HMI should be mounted on the front-right side for operator control. Display the company name "THE ENGINEER" prominently on the front panel of the machine body. The design should look industrial, clean, and suitable for use in food, cosmetics, or chemical packaging environments. Add realistic mechanical details like sensors, bolts, cap feeder system, and wiring ducts.