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Advanced Benchtop Temperature Controlled Orbital Shakers
As scientific innovation accelerates, laboratory directors are seeking ergonomic and compact equipment to facilitate ease of movement within the lab. The Thermo Scientific™ Solaris™ Benchtop Temperature Controlled Orbital Shakers meet these evolving needs with their compact design, offering both large and small platforms to accommodate a variety of laboratory requirements.
The Solaris Incubated and Refrigerated Orbital Shakers operate with reduced noise and energy consumption, utilising 58% less energy than older models that incorporate a traditional compressor design. Equipped with a large, bright user interface, lab personnel can conveniently observe set points and status conditions from any point in the lab. Users can also evaluate shaker performance, alarms, and notifications on the touchscreen display, or export data log reports via USB for future reference.
“Ruggedly built for demanding applications, the Solaris Benchtop Temperature Controlled Orbital Shakers combine a new ergonomic design with key feature enhancements that help save researchers time, protect their process, and drive science forward in busy research and GLP/GMP labs,” said Denzil Vaughn, Vice President and General Manager of Growth, Protection and Separation in Life Sciences and Laboratory Products Group at Thermo Fisher Scientific.
Thermo Scientific’s Solaris Orbital Shakers platform has been expanded with the introduction of the Solaris Benchtop Temperature Controlled Orbital Shakers. These shakers are offered in small and large footprints and come equipped with incubation capabilities as well as optional energy efficient Peltier chillers.
The Solaris Benchtop Temperature Controlled Orbital Shakers boast advanced programmability capabilities that allow users to easily store protocols, set up experiments quickly and reproducibly, and share programs across multiple units. The shakers feature a best-in-class touchscreen interface that is easy to read and operate, with a multilingual system that accommodates user preferences and helps to prevent errors. They also come equipped with compressor-free Peltier cooling technology that is environmentally friendly, energy efficient, and less hazardous. Additionally, the shakers are designed with easy-to-clean platforms, aiding in better contamination control for a safer and more efficient workspace.
More information online:
ilmt.co/PL/LXxd 60115pr@reply-direct.com Cannabinoid Distillation Systems for Industrial-Scale Production
The ProPass 600 series of cannabinoid distillation systems has been introduced by Pope Scientific. This industrial-grade module is a no-nonsense, high-performing workhorse, offering the best possible throughput to price ratio. The 600 series is equipped with Pope’s 6” stainless steel technology, which has been tried and tested to achieve extract feed rates of up to 10 kg/hr or more with exceptional yield, purity, and clarity in the end product.
The skid-mounted system comprises essential components for hassle-free, continuous operation round the clock. These components include upgraded liquid pumps, oversized vacuum pump, and a hygienic and ergonomic design that simplifies cleaning and maintenance. The entire system is constructed using 316L stainless steel for durability and high heat transfer rates, which translates into maximum efficiency and throughput. For safety, the system features a single point electrical hookup and internal wiring in compliance with NEC industrial standards. Like all equipment from Pope, each still is designed, manufactured, and tested in the USA and comes with a warranty. Furthermore, Pope’s renowned customer service is available for years after procurement.
Although the base ProPass 600 is an economical option that delivers robust performance right out of the box, Pope Scientific offers several equipment package options to cater to customers’ varying requirements, budgets, and preferences. These choices include increased levels of automation, data recording and management, and the option to include feed/receiver vessels. These single-stage modules are capable of performing both terpene stripping and cannabinoid distillation steps. For distilling large quantities of extract regularly, it is recommended to use multiple linked modules, typically two or more, depending on factors such as starting extract quality, pre-distillation process steps, and desired end product. After consultation, Pope Scientific can customise ProPass system proposals, and modules can be purchased together or added later as required.
With over 40 years of experience in providing distillation equipment, technology, and toll processing services to various industries worldwide, including pharma, foods, flavours, fragrances, oils, cosmetics, polymers, specialty chemicals, and the cannabis sector for more than seven years, Pope Scientific has established itself as a trustworthy and dependable partner for all your needs now and in the future.
More information online:
ilmt.co/PL/7NOj 59834pr@reply-direct.com
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