Paramecium 3D Model
Product Code : SCL-GBP-12027
The Paramecium 3D Model is an enlarged anatomical replica used for demonstrating the cellular structure of single-celled ciliated organisms in educational environments. Developed for science teachers and biology students, this model provides a highly detailed, tactile learning tool that bridges the gap between microscopic imagery and physical understanding.
Product Description
The Paramecium 3D Model by Science Lab Supplies offers a highly accurate cross-sectional view of Paramecium caudatum. This model showcases critical internal organelles, including the macro and micronuclei, contractile vacuoles, oral groove, and cytoproct. Crafted from premium polyvinyl chloride (PVC), the model withstands frequent handling in busy academic laboratories and science classrooms.
Each model is meticulously hand-painted using vibrant, eco-friendly pigments to ensure that different cellular components are clearly distinguishable. By presenting these microscopic details at a magnified scale, the model enhances student engagement and facilitates efficient lesson delivery during interactive biology lectures. It serves as a durable alternative to delicate slides, providing an excellent reference point before students transition to laboratory microscopes.
Key Features
- High Anatomical Accuracy: Demonstrates precise structural features of Paramecium caudatum for reliable teaching.
- Premium PVC Material: Constructed from durable, impact-resistant polyvinyl chloride to prevent breakage.
- Vibrant Cross-Section Painting: Hand-painted with high-contrast, non-toxic colors to clearly identify organelles.
- Mounted Display Base: Secured onto a stable, sturdy polymer stand for hands-free classroom demonstrations.
- Numbered Label System: Includes discrete numeric key markers on the model corresponding to a detailed instructional guide.
- Optimal Demonstration Scale: Greatly magnified to allow visibility from the back of standard classrooms or lecture halls.
Technical Specifications
|
Specification |
Detail |
|
Product Type |
Biological Didactic Model |
|
Material |
High-quality Polyvinyl Chloride (PVC) |
|
Dimensions |
Approximately 38 cm x 15 cm x 10 cm |
|
Weight |
0.85 kg (including base) |
|
Mounting |
Rigid vertical rod on a stable rectangular base |
|
Painting Technique |
Hand-painted with eco-friendly, UV-resistant colors |
|
Features Keyed |
12 distinct anatomical structures numbered |
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Manufacturing Standard |
ISO 9001:2015 certified processes |
What's Included in the Kit
- 1 x Paramecium 3D Model cross-sectional replica
- 1 x Heavy-duty display base with support rod
- 1 x Detailed English identification key card detailing all numbered organelles
- 1 x Protective storage box
Applications / Uses
- High School Biology Instruction: Perfect for introducing single-celled life forms and protozoa characteristics.
- University Zoology Lectures: Used as an advanced tactile reference when studying ciliates and cellular locomotion.
- Science Kits Preparation: Serves as a central component in comprehensive biology curriculum science kits.
- Laboratory Pre-lab Briefings: Helps students understand what to look for before viewing live specimens under a microscope.
How to Use the Paramecium 3D Model
- Place the model base on a flat, level laboratory table or teacher's demonstration desk.
- Align the model so that the cross-sectional view faces the students or audience.
- Use the included numbered identification key card to guide students through the locations of the oral groove, pellicle, and nuclei.
- Integrate the model alongside physical STEM models & kits to build a multi-disciplinary approach to cellular mechanics.
Handling Note: Handle the model by its base or main body; avoid pulling on thin protruding external indicators or the structural support rod to prevent structural damage.
Care & Maintenance
- Cleaning: Wipe down the surface periodically with a dry, soft microfiber cloth to remove dust accumulation. Do not use abrasive chemical cleaners or solvents that could peel the hand-painted details.
- Storage: Store the model in a cool, dry place away from direct sunlight, which can fade the high-contrast pigments over time.
- Handling: Always support the model using both hands under the base plate when moving it around the laboratory environment.
Why Choose Science Lab Supplies
Science Lab Supplies is a premier global manufacturer and exporter of high-quality scientific laboratory instruments and comprehensive didactic models. With decades of engineering and manufacturing experience, we supply durable educational equipment to schools, colleges, and research institutions worldwide. Our rigorous quality control protocols ensure that every product meets international educational and safety standards. From primary school learning tools to advanced university apparatus, including specialized mathematics kits, we provide reliable global shipping and dedicated customer support.
Frequently Asked Questions
- What organelles are visible on this Paramecium 3D Model?
The model accurately displays the macronucleus, micronucleus, contractile vacuole, oral groove, cytopharynx, food vacuoles, and the surrounding ciliated pellicle.
- Is the model detachable from its display base?
No, the model is securely mounted to its display rod and base to ensure stability during classroom demonstrations and prevent accidental drops.
- What material is used to construct this paramecium replica?
It is manufactured using premium-grade polyvinyl chloride (PVC), which offers excellent durability, lightweight handling, and long-lasting resistance to wear.
- Does this model come with a guide to explain the numbered parts?
Yes, every model includes a comprehensive English identification key card that maps out each numbered structural element clearly.
- Can this model be used for advanced collegiate zoology courses?
Yes, its strict anatomical accuracy makes it an exceptional teaching resource for both foundational high school biology classes and advanced university zoology lectures.
Explore our complete catalog of interactive biological teaching resources or contact us today to add the Paramecium 3D Model to your institution's collection of professional didactic models.
