Compressors 3D Models

Find the best Compressors 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :

Anonymous1736886632

Anonymous1758618990

Anonymous1759923241

Anonymous1758815564

Anonymous1759056975

Anonymous1726301266

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.

Anonymous1758337790

Anonymous1775762101

Anonymous1773839677

Anonymous1742311221

Anonymous1774019928

Anonymous1773966435

Anonymous1771331905

Anonymous1757427466

Anonymous1773287152

Anonymous1753265348

Anonymous1773211656

Anonymous1773109617