Description
Specifications
Product Name – ButterFly LH Model
Quantity/Pack Size – Single Unit
Form – 3D Replica, Color-Coded
Grade – Laboratory Grade
Application – Insect Morphology Study, Wing Structure Visualization, Laboratory Demonstration
product overview
The ButterFly LH Model provides a highly detailed and accurate three-dimensional representation of the butterfly’s anatomy, emphasizing its wings, body segments, and structural intricacies. Crafted with high-quality laboratory-grade materials, this model ensures long-lasting durability and withstands repeated handling in laboratory environments. The wings are color-coded and sculpted to showcase venation patterns, scales, and symmetry, while the body highlights critical anatomical features such as the head, thorax, abdomen, and appendages. The model’s removable and articulated components allow users to closely examine individual structures for enhanced observation and understanding of insect morphology. Its stable base ensures secure placement during study or demonstration, facilitating precise visualization of wing alignment, body segmentation, and other key anatomical features. Designed for laboratory clarity and accuracy, the ButterFly LH Model integrates functionality, realism, and durability, supporting structured examination, observation, and detailed exploration of butterfly anatomy. Its thoughtful construction allows safe handling while maintaining educational effectiveness, enabling users to engage with the model comprehensively. This combination of accurate detailing, resilient material, and functional design makes it an essential laboratory resource for detailed anatomical study, morphological assessment, and laboratory-based visualization of insect features.
FAQs
1. Does the model accurately depict wing venation patterns?
Yes, it highlights detailed wing venation, scales, and symmetry for precise observation and study.
2. Can it be used alongside other insect models for comparative analysis?
Yes, it can be paired with other insect replicas for comparative morphology and structural studies.
3. Are smaller or simplified versions of this model available?
Yes, compact models focusing on key anatomical features are available for targeted observation.
4. How should the model be stored to preserve its structure?
Store in a dry, dust-free area away from direct sunlight to maintain color and integrity.
5. Can multiple units be ordered for classroom demonstrations?
Yes, bulk orders are possible for laboratory or classroom setups to ensure sufficient availability.
