Remote
Work location
CAD Design Request – Temperature-Controlled Storage Jars Ended
About the job
I’m developing two compact, temperature-controlled storage jars specifically designed to preserve cannabis extracts and hashish. I’m looking for a CAD designer to help create detailed 3D models and manufacturing-ready files for both concepts.
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: ABS plastic
• Cooling system: Peltier module (TEC1-04903) + passive heat dissipation
• Power: Rechargeable battery (5V), micro-USB
• Interface: Manual rotating dial for temperature control
• Temperature range: 1°C to 5°C
⸻
2. IceVault (Premium version)
• Capacity: 15 ml
• Inner Chamber: Borosilicate glass
• Outer Shell: Anodized aluminum
• Cooling system: Peltier module (TEC1-01703) + silent fan
• Power: Li-Po 3.7V battery (2000mAh), USB-C
• Interface: Touch control + digital screen + LED indicators
• Temperature range: 1°C to 5°C
⸻
Goal:
To create complete 3D models and technical files suitable for prototyping and future manufacturing. I’m open to design suggestions or optimizations for manufacturability and thermal performance.
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: ABS plastic
• Cooling system: Peltier module (TEC1-04903) + passive heat dissipation
• Power: Rechargeable battery (5V), micro-USB
• Interface: Manual rotating dial for temperature control
• Temperature range: 1°C to 5°C
⸻
2. IceVault (Premium version)
• Capacity: 15 ml
• Inner Chamber: Borosilicate glass
• Outer Shell: Anodized aluminum
• Cooling system: Peltier module (TEC1-01703) + silent fan
• Power: Li-Po 3.7V battery (2000mAh), USB-C
• Interface: Touch control + digital screen + LED indicators
• Temperature range: 1°C to 5°C
⸻
Goal:
To create complete 3D models and technical files suitable for prototyping and future manufacturing. I’m open to design suggestions or optimizations for manufacturability and thermal performance.
I’m developing two compact, temperature-controlled storage jars specifically designed to preserve cannabis extracts and hashish. I’m looking for a CAD designer to help create detailed 3D models and manufacturing-ready files for both concepts.
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: ABS plastic
• Cooling system: Peltier module (TEC1-04903) + passive heat dissipation
• Power: Rechargeable battery (5V), micro-USB
• Interface: Manual rotating dial for temperature control
• Temperature range: 1°C to 5°C
⸻
2. IceVault (Premium version)
• Capacity: 15 ml
• Inner Chamber: Borosilicate glass
• Outer Shell: Anodized aluminum
• Cooling system: Peltier module (TEC1-01703) + silent fan
• Power: Li-Po 3.7V battery (2000mAh), USB-C
• Interface: Touch control + digital screen + LED indicators
• Temperature range: 1°C to 5°C
⸻
Goal:
To create complete 3D models and technical files suitable for prototyping and future manufacturing. I’m open to design suggestions or optimizations for manufacturability and thermal performance.
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: ABS plastic
• Cooling system: Peltier module (TEC1-04903) + passive heat dissipation
• Power: Rechargeable battery (5V), micro-USB
• Interface: Manual rotating dial for temperature control
• Temperature range: 1°C to 5°C
⸻
2. IceVault (Premium version)
• Capacity: 15 ml
• Inner Chamber: Borosilicate glass
• Outer Shell: Anodized aluminum
• Cooling system: Peltier module (TEC1-01703) + silent fan
• Power: Li-Po 3.7V battery (2000mAh), USB-C
• Interface: Touch control + digital screen + LED indicators
• Temperature range: 1°C to 5°C
⸻
Goal:
To create complete 3D models and technical files suitable for prototyping and future manufacturing. I’m open to design suggestions or optimizations for manufacturability and thermal performance.
I’m developing two compact, temperature-controlled storage jars specifically designed to preserve cannabis extracts and hashish. I’m looking for a CAD designer to help create detailed 3D models and manufacturing-ready files for both concepts.
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: A... read more
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: A... read more
I’m developing two compact, temperature-controlled storage jars specifically designed to preserve cannabis extracts and hashish. I’m looking for a CAD designer to help create detailed 3D models and manufacturing-ready files for both concepts.
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: ABS plastic
• Cooling system: Peltier module (TEC1-04903) + passive heat dissipation
• Power: Rechargeable battery (5V), micro-USB
• Interface: Manual rotating dial for temperature control
• Temperature range: 1°C to 5°C
⸻
2. IceVault (Premium version)
• Capacity: 15 ml
• Inner Chamber: Borosilicate glass
• Outer Shell: Anodized aluminum
• Cooling system: Peltier module (TEC1-01703) + silent fan
• Power: Li-Po 3.7V battery (2000mAh), USB-C
• Interface: Touch control + digital screen + LED indicators
• Temperature range: 1°C to 5°C
⸻
Goal:
To create complete 3D models and technical files suitable for prototyping and future manufacturing. I’m open to design suggestions or optimizations for manufacturability and thermal performance. read less
Here is a summary of the two products:
⸻
1. FrozenJar (Entry-level version)
• Capacity: 15 ml
• Inner Chamber: Aluminum alloy
• Outer Shell: ABS plastic
• Cooling system: Peltier module (TEC1-04903) + passive heat dissipation
• Power: Rechargeable battery (5V), micro-USB
• Interface: Manual rotating dial for temperature control
• Temperature range: 1°C to 5°C
⸻
2. IceVault (Premium version)
• Capacity: 15 ml
• Inner Chamber: Borosilicate glass
• Outer Shell: Anodized aluminum
• Cooling system: Peltier module (TEC1-01703) + silent fan
• Power: Li-Po 3.7V battery (2000mAh), USB-C
• Interface: Touch control + digital screen + LED indicators
• Temperature range: 1°C to 5°C
⸻
Goal:
To create complete 3D models and technical files suitable for prototyping and future manufacturing. I’m open to design suggestions or optimizations for manufacturability and thermal performance. read less
Things to know
Any
Skill Level
$200
Fixed-rate (USD)
Part-time
Job type
1-3 months
Job duration
Areas of expertise
2D & 3D CAD Design
3D CAD Assemblies & Parts
3D CAD Modeling
Job categories
CAD Design File Validation
Product Engineering Services
Mechanical Design Services
2D CAD Design Services
3D CAD Translation Services
+2 more
About the client
Payment not ready
Netherlands (12:32 am)
Posted
Active
Job activity
24 Applicants
0 interviews in progress
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