Kimtech Pure CL4 critical task wipers are ideal for critical surface wiping in ISO Class 4 or higher cleanrooms. The wipers are made from 100% meltblown polypropylene. They are thermally bonded, and thus contain no glues or binders. Their straight, clean, knife-cut edges help to minimize lint, and they are delivered double-bagged in anti-static packaging. The wipers are resistant to acids, bases and solvents, and can be autoclaved and ETO-sterilized. In addition, they meet USDA requirements for food processing establishments. These wipers are available in 9-in. × 9-in. and 12-in. × 12-in.

The self-contained UltraFlow clean-in-place system has been designed for use in a variety of wash cycles. Its eductor draws solution back without the need for a return pump, reducing both chemicals and water while eliminating air from all return solutions and saving both time and money.

These Hotpack large-capacity glassware washers offer a unique spray-arch water-delivery system that ensures thorough washing and rinsing by projecting a highly efficient vertical “wall of water” equally across the entire chamber. Separate plumbing for wash and rinse cycles minimizes detergent carry-over, which results in a clear final rinse. This high-efficiency water-management system conserves energy and reduces operating costs. With a touch-screen control interface located at eye level, it enables easy selection from a range of preset or user-defined programmed operating options.

These nonwoven wipers are ideal for applications where high absorbency and low extractables are important. Composed of 45% polyester and 55% cellulose, the wipers are double-bagged for cleanroom use. Compatible with most solvents, they are excellent for picking up aqueous spills and for cleaning precision components and equipment in a Class 10,000 environment. Their standard sizes range from 4-in. by 4-in. to 18-in. by 18-in.

This firm’s team of more than 1,000 professionals, provides technical and regulatory solutions for the pharmaceutical and biotechnology industries. Backed by 75 years of project experience in solid dosage, parenterals, biologics, and R&D, the company offers technical expertise and experience in all facets of project delivery, including fully integrated engineering, procurement, construction and validation. It also provides concurrent commissioning and qualification implementation and effective use of modular design.

The XPert weigh boxes have inlet and outlet HEPA filters and provide a physical barrier to protect the operator from hazardous airborne particulates and powders in a leakfree environment. These boxes are easy to use, are economically priced, and come with many accessories to enable customization for specific applications. They feature a static-pressure gage to monitor HEPA filter loading, an anti-static ionizer fan that is mounted on the interior box to reduce static charge, and a balance vibration isolator for delicate weighing operations.

The SV125 syringe-filling and -closing machine boasts a high output in a compact design. This fully automatic unit is designed for nested disposable syringes of all leading syringe manufacturers. Dosing volume is 0.1–50 mL with an output of 9,500 syringes/h.

 This company’s Life Sciences group has added GMP pharmaceutical analyses to its service portfolio. The new services form a comprehensive addition to the company’s existing bioanalytical service offerings. New services for medical devices, containers and packaging include: leachables and extractables testing; medical device biocompatibility testing; trace silicone analysis; and trace ethylene diamine tetraacetic acid (EDTA) analysis.

Located in Maryland Heights, MO, Cyanta Drug Development Services is the newly spun-off division of Chemir Analytical Services that specializes in pharmaceutical analysis. Cyanta was formed to help companies receive approval of their new drug application (NDA), abbreviated NDA (ANDA), and FDA 510(k) Food, Drug and Cosmetic Act submissions. Services include extractables and leachables studies, material/physical testing, failure analysis, analytical development, stability studies, method validation, formulation, and custom synthesis.

The Krieger Seal Containment Chamber (SCC) provides a technology platform that physically separates the product chamber from the mixing mechanism using a state-of-the-art sealing design for its counter-rotating agitators. It does not require any cooling liquids for the mechanical seals, and fully separates the mechanical seals from the product and mixing area. This eliminates the risk of contamination, as well as the need for expensive equipment and the comprehensive validation process required for the sterilization of mechanical-seal cooling liquids.