Low Contact Plate

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Low Contact Plate Specification

Function
Prevents sample adhesion during laboratory work

Storage Instructions
Store in a clean, dry place

Features
Low-contact surface, Smooth finish, Corrosion-resistant

Usage Type
Reusable

Accuracy
High precision surface

Instruments Type
Laboratory Plate

Equipment Type
Low Contact Plate

Material
Stainless Steel

Condition
New

Technology
Precision Machined

Portable
Yes

Wall Mounted
No

Real-Time Operation
No

Noise Level
Silent

Operating Type
Manual

Use
Laboratory; Clinical Sample Handling

Dimension (L*W*H)
Approx. 120mm x 80mm x 5mm

Weight
Approx. 150g

Color
Silver

Edge Type
Rounded

Surface Finish
Mirror polished

Compliance
Meets laboratory safety standards

Sterilization
Autoclavable

Application
Sample preparation, Microbiology, Analytical labs

Heat Resistance
Up to 180°C

About Low Contact Plate

Low Contact Plates from Advin Health Care are advanced trauma implants developed to minimize the disruption of periosteal blood flow during bone fixation. The reduced bone-to-plate contact design promotes biological healing while maintaining stability and alignment of fractured bones. Manufactured using high-quality stainless steel or titanium, these plates ensure strength, durability, and resistance to corrosion. Available in multiple sizes and hole configurations, Low Contact Plates provide surgeons with flexible and reliable options for managing complex fractures effectively.

Advanced Features:

Low contact design for biological bone healing
High-quality stainless steel or titanium construction
Corrosion-resistant and biocompatible
Provides secure fixation with reduced bone surface coverage
Available in various lengths and hole configurations

Superior Surface and Build Quality

Manufactured from premium stainless steel, the Low Contact Plate boasts a mirror-polished, low-contact surface and precision-machined edges. These features minimize sample residue and cross-contamination, providing an optimal environment for accurate sample handling. Its corrosion-resistant material ensures dependable long-term use in rigorous laboratory settings.

Designed for Laboratory Safety and Efficiency

Meeting strict laboratory safety standards and engineered for high temperature resistance (up to 180C), this plate supports safe and sterilized sample processing. Its rounded edges and silent, manual operation add to safer laboratory workflows, while the ease of cleaning and autoclaving makes it suitable for repeated, reliable use.

Versatile Application and Easy Handling

Ideally dimensioned and portable, the Low Contact Plate serves in clinical and analytical sample preparation, enabling practitioners to carry and use it with ease. Its reusable design ensures cost-effectiveness, and the smooth, non-adhesive finish provides consistent performance in demanding scientific and medical environments.

FAQ's of Low Contact Plate:

Q: How does the Low Contact Plate improve laboratory sample handling?

A: This plate's mirror-polished, low-contact surface prevents sample adhesion, reducing sample loss and cross-contamination, which supports more accurate analytical and microbiological results.

Q: What is the cleaning and sterilization process for the Low Contact Plate?

A: The plate is autoclavable, allowing it to be sterilized at high temperatures. After use, simply clean with standard laboratory detergents and sterilize in an autoclave to maintain hygiene and performance.

Q: When should I use a Low Contact Plate in the lab?

A: Use this plate during sample preparation or handling procedures where preventing sample residue and contamination is crucial, such as in microbiology, clinical diagnostics, or analytical research.

Q: Where should the Low Contact Plate be stored when not in use?

A: Store the plate in a clean, dry area to maintain its mirror finish and prevent corrosion, ensuring it remains ready and safe for repeated laboratory use.

Q: What benefits does the precision machining and mirror finish offer?

A: Precision machining results in a consistent, flat surface with high accuracy, while the mirror finish enhances smoothness, minimizing sample adhesion and simplifying cleaning.