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Anonymous1758337790
09-20 03:53
Model Name
industrial press machine 3d model
Tags
compressors
crankshaft
industrial
machine
machine modern
machine simulation
machine simulation modern
mechanical press
mesin
modern
moteur
simulation
simulation modern
soldering station
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Prompt
Of course. Based on the structured format of the juice pasteurizer description, here is a detailed 3D modeling and technical design document for your electrically-driven, semi-automatic press pot machine. --- ### **1. Machine Overview & Design Philosophy** * **Product Name:** Modular Agro-Waste Compaction Press (MACP-200) * **Core Function:** An integrated, single-unit machine that performs **feeding, high-pressure compression, dwelling, and ejection** of biodegradable pots from agro-waste composite material for small-to-medium enterprises (SMEs). * **Design Philosophy:** **Modular integration to solve the "deficiency."** The machine combines a standalone compression unit with bolt-on upstream (feeding) and downstream (ejection/output) modules. This creates a "feed-press-eject" solution that is compact, reduces manual handling, and significantly improves upon the standalone presses noted in prior art (Jaya et al., 2022). * **Novelty:** Its innovation lies in the **context-specific integration** of a servo-driven press with automated material handling, creating a semi-automatic workflow tailored to the production rate (200-500 pots/hour) and material characteristics (e.g., moisture content, fiber length) of agro-waste composites. ### **2. Overall Physical Dimensions & Layout** * **Format:** Horizontal, operator-friendly workflow. * **Dimensions:** **1800mm (H) x 1800mm (L) x 1200mm (W)** * **Weight:** Approximately **800 kg**. * **Frame:** Constructed from welded **80x80mm mild steel square tubing**. The frame is designed for extreme rigidity to resist deflection under 8-10 MPa loads. Features leveling feet and optional forklift channels for mobility. * **Layout:** The machine is organized into three logical zones in a linear workflow: 1. **Upstream Module: Feeding & Dosing (Left)** 2. **Core Module: Compression & Drive Train (Center)** 3. **Downstream Module: Ejection & Output (Right)** ### **3. Part-by-Part 3D Description** #### **Module 1: Upstream Feeding Module** This module is bolted to the left side of the main frame. 1. **Feed Hopper:** * **Dimensions:** 500mm (L) x 500mm (W) x 600mm (H) with a 60° sloped base. * **Material:** SUS304 Stainless Steel, #4 brush finish. * **3D Details:** Large capacity hopper with a transparent polycarbonate view window. The internal slopes are designed to prevent material bridging. A vibratory tray (optional) can be attached to the bottom to ensure consistent material flow. 2. **Volumetric Feeder Auger:** * **Dimensions:** Ø75mm x 400mm (L) stainless steel auger in a housing. * **Material:** SUS304 housing and auger. * **3D Details:** Located directly beneath the hopper outlet. Driven by a small, variable-speed **geared motor (0.18 kW)**. The rotation of the auger meters a precise volume of raw material into the compression chamber for each cycle. #### **Module 2: Core Compression Module** This is the central, most robust section of the machine. 3. **Main Drive Train:** * **Servo Motor:** A **2.5 kW** high-torque servo motor, mounted horizontally. * **Worm Gear Reducer:** A **20:1 ratio** reducer, directly coupled to the servo motor. A key visual component with a distinct, finned aluminum housing. * **Ball Screw Assembly:** A **Ø40mm** precision ground ball screw, oriented horizontally. The screw nut is directly attached to the moving platen. 4. **Press Frame & Guidance:** * **Frame:** A massive **C-Frame** or **Four-Post Frame** constructed from solid steel plates. This is the visual anchor of the core module. * **Moving Platen (Ram):** A **150mm thick** steel plate that houses the upper mold (punch). It travels on four hardened steel **Linear Guide Rails (35mm diameter)** to ensure perfect, binding-free alignment under extreme off-center loads. 5. **Tooling & Mold Station:** * **Location:** The point where the moving platen and fixed platen meet. * **Fixed Platen (Bed):** The stationary counterpart to the ram, housing the lower mold (die). * **Quick-Change Mold System:** The die and punch are mounted on standardized **bolster plates** with quick-release clamps, allowing for rapid mold changes for different pot designs. 6. **Force Sensing System:** * **Component: Load Cell.** * **3D Details:** A donut-shaped load cell is integrated between the ball screw nut and the moving platen (or within the frame). This provides real-time, closed-loop feedback to achieve the precise **8-10 MPa pressure**. #### **Module 3: Downstream Ejection Module** This module is integrated into the right side of the frame. 7. **Ejection Mechanism:** * **Type:** Pneumatic ejection system. * **3D Details:** A **double-acting pneumatic cylinder** mounted beneath the fixed platen. Upon retraction of the main ram, this cylinder activates a **stripper plate** that pushes the finished pot up and out of the die cavity. 8. **Output Conveyor:** * **Dimensions:** 1200mm (L) x 300mm (W) belt. * **3D Details:** A short, inclined **belt conveyor** with low-friction sides. It is positioned to catch ejected pots and transport them to a collection trolley. Driven by a small AC gear motor. #### **Module 4: Centralized Control & Safety** 9. **Control Panel:** * **Location:** Mounted on a free-standing arm or the side of the main frame at an ergonomic height. * **3D Details:** A NEMA-rated (IP54) stainless steel enclosure. * **Interface:** Features a **7-inch Touchscreen HMI** displaying real-time pressure, production count, and cycle time. * **Controls:** Main power switch, cycle start/stop, and an emergency stop (E-stop) button. The HMI allows for setting **dwell time (5-10s)** and pressure parameters. 10. **Safety System:** * **Two-Hand Control:** Two palm buttons the operator must press simultaneously to initiate a cycle, ensuring hands are clear. * **Light Curtain / Safety Interlock:** A sensing field or physical guard with an interlock switch that pauses the machine if breached. ### **4. Material & Finish Specifications for 3D Model** * **Frame & Structural Parts:** **Mild Steel**, powder-coated in **RAL 7035 (Light Grey)**. The main C-frame and platens can be a darker grey (RAL 7024) to emphasize robustness. * **Food-Contact Surfaces (Hopper, Auger):** **SUS304 Stainless Steel** with a **#4 brush finish**. * **Drive Components:** **Servo Motor** (typically dark blue or black), **Gear Reducer** (natural aluminum finish), **Ball Screw** (chrome-plated or stainless steel). * **Pneumatics:** **Pneumatic Cylinder** (chrome sleeve, black end caps), blue polyurethane air lines. * **Safety:** **Emergency Stop** (bright red), **Two-Hand Controls** (bright yellow). ### **5. Key 3D Modeling Annotations & Cutaways** To make the 3D model technically informative, consider: * **Cycle Animation:** Show a full cycle: auger feeds material -> ram advances -> pressure dwells -> ram retracts -> ejector cylinder fires -> pot lands on conveyor. * **Force Flow Path:** Use a color gradient (e.g., blue to red) to visualize the path of force from the servo motor, through the gearbox and ball screw, into the platen, and finally into the mold. * **Exploded View:** Create an exploded view that separates the four main modules (Feeding, Compression, Ejection, Control) to perfectly illustrate the modular design philosophy and ease of maintenance. * **Cutaway on Drive Train:** A section view cutting through the gearbox and ball screw housing would reveal the internal mechanics, showcasing the engineering quality.
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