HOT PLATE Cimarec Basic 7x7

$198.45
Description

Description

Thermo Fisher Scientific, a global leader in laboratory and pharma services companies, introduces the Cimarec™ Basic Hot Plates, designed to deliver reliable and consistent heating for laboratory applications. Available in both 7×7-inch and 4×4-inch platforms, these hot plates provide precise temperature control for research, development, and production environments.

Engineered with safety and performance in mind, Cimarec™ Basic Hot Plates combine durability with ease of use, making them ideal for a wide range of laboratory workflows — from academic research to pharmaceutical development services and biopharma manufacturing solutions. Backed by the trusted Thermo Fisher Scientific brand, these hot plates ensure dependable performance for both small-scale experiments and high-demand operations.


Key Features

Size Options: Available in 7×7-inch (SKU H3807) and 4×4-inch (SKU H3809) plate sizes for different lab requirements.

Durable Construction: Built with laboratory-grade materials for long-lasting reliability in demanding environments.

Uniform Heating: Provides consistent temperature distribution across the plate surface.

Easy-to-Use Controls: Simplified operation designed for repeatable heating processes.

Thermo Fisher Reliability: Manufactured by Thermo Fisher Scientific, recognized among top CDMO companies in USA for trusted laboratory solutions.


Applications

Pharmaceutical Development: Supporting heating requirements for drug development services companies and R&D labs.

Biopharma Workflows: Ideal for solution preparation, buffer heating, and biopharma production tasks.

Academic Research: Widely used in universities and teaching labs for general laboratory heating applications.

Industrial & QC Labs: Suitable for routine analysis, process testing, and sample preparation across industries.


Benefits

Efficiency: Delivers fast, reliable heating with minimal downtime.

Consistency: Ensures uniform heating for reproducible lab results.

Adaptability: Available in two convenient sizes to fit both compact and high-capacity lab setups.

Trusted Brand: Confidence in Thermo Fisher Scientific, a global leader in contract pharmaceutical services and lab equipment manufacturing.


Product Specs

Models Available Cimarec Basic 7×7 (H3807), Cimarec Basic 4×4 (H3809)
Plate Sizes 7×7 inches and 4×4 inches
Construction Thermo Scientific™ laboratory-grade materials
Heating Uniform surface temperature distribution
Compliance Designed for use in controlled laboratory environments, ISO cleanroom compatible

Categories

• Hot Plate Stirrers

• Thermo Scientific Lab Equipment

• Pharmaceutical & Biotech Supplies

• Laboratory Heating Devices

• Pharma Services Companies

• CDMO Pharma Solutions

Reviews

FAQs

What are the available sizes and models?

The Cimarec Basic Hot Plates are available in two platform sizes: 7 × 7 inches and 4 × 4 inches, offering flexibility to accommodate different vessel sizes and laboratory needs. These options help optimize bench space while providing reliable heating performance.

How quickly do they heat up?

These hotplates can reach their maximum temperature in less than 8 minutes when unloaded, thanks to their efficient heating design. This rapid heating allows for faster sample preparation and improved workflow efficiency in the lab.

What is the temperature range and uniformity?

They operate within a temperature range of approximately 150 °C to 538 °C (302 °F to 1000 °F) on ceramic top models. Temperature stability is typically around ±2 °C at 100 °C when the unit is unloaded.

Can I use a magnetic stir bar with this hot plate?

Yes, the Thermo Scientific SuperNuova+ Stirring Hotplate supports magnetic stirring when configured, allowing for consistent mixing. The stirring speed is adjustable, typically up to 1,500 rpm, to accommodate different laboratory applications.

How resistant is the top plate to chemicals and spills?

The top plate features a solid ceramic surface that resists acids and alkalis, protecting it from chemical damage. Additionally, the body design channels spill away from internal components, enhancing the overall durability of the unit.