We have manufacturers, suppliers and service providers from the area Capper systems, decapper systems, biobanking, laboratory equipment for tubes and bottles

Thermo Fisher Scientific has launched two automated Decapper systems for labs with multiple tube types. The XSD-1 is a low-cost option for single-tube cappers and decappers. Its Quick Switch technology makes it easy to change between caps and decappers without the need to manually uncap tubes. The company's FluidX Xcap offers secure storage tube sealing, as well as audit trails for biobanks.

The SAFE(r) 1-Channel Decapper is a manual decopper with single-use peel pouches for non-invasive saliva collection. Its patented cap is designed to fit most automation liquid handler racks. It also has downloadable, optimized automation scripts for KingFisher Flex and DuoPrime instruments. The SpeciMAX Saliva Collection Kit's unique cap design ensures sterility, and its nozzles can fit into the same tube rack as other commercial decopper systems.

The SAFE(r) 1-Channel Decapper is an automated sample tube capper. Its swivel design can withstand temperatures up to -196°C. It is compatible with most commercial decapper systems. The SpeciMAX Saliva Collection Kit has a reusable cap and works with a variety of sample storage tubes. It also features a patented gripper design that prevents fingers from contact with liquid nitrogen.

Rink builds decapper systems for smaller outputs. These rotary decappers can operate either in a crate or an individual mode. The Rink product line includes special machines that are suited for specialized purposes. The IntelliXcap 96 is the fastest full rack capper. It decapulates 96 tubes in as little as 30 seconds. With the IntelliXcap 96, your lab will be able to cap and decap samples with a high degree of accuracy.

The IntelliXcap 96 is a full rack capper and decapper system for small-volume applications. It is compatible with FLUIDX Jacket cryo tubes. Its rotary operation allows you to process a wide range of tube types. The IntelliXcap 96 is the only 96-format full-rack capper that can decapulate 96 tubes in as little as 30 seconds.

Micronic is a leading manufacturer of automatic capping and decapping equipment for labs. The CP620 electric Decapper is designed to open and cap 96 tubes in just eight seconds. It is available in manual and automatic versions. Both models feature an intuitive user interface and can be programmed to suit the needs of different labs. If you want to decap multiple sample storage tubes, the CP620 electric Push Cap Decaper is the right choice. The CP620 is ideal for reducing costs and improving productivity. It can open and decap 96 tubes in eight seconds.

The Aperio 8 is compatible with FluidX Jacket cryo tubes with external thread. The CP400 is also compatible with other brands of storage tubes and racks. The Aperio has a universal adapter matched to a particular rack type and tube height. It can easily cap 96 TPE Push Caps and decap a row of 96 in just 10 seconds. There is no need to recharge the Aperio's battery and is always ready to work.

A decapper and capper system is essential for processing large volumes of samples. If you process hundreds of racks per day, a capper can save hours of manual labor each day. The various types of cappers and decappers are designed to fit different sample storage tube formats, manufacturers, and volumes. You can purchase a manual one or a fully automatic 96 channel device. To make the most efficient use of your lab's time, select the right system for your application.

A decapper and capper system is designed to automate the process of capping tubes. These machines can be either standalone or integrated into automated systems. These machines enable you to perform multi-sip 96-way storage workflows. They can also be used for biological samples. A decapper and a capper is the same machine, but they do have different features. The first is the automated capper, which enables you to automatically cap a wide variety of sample tubes.

A decapper system have distinct advantages. A decapper can automate the process of de-capping, while a capper can automate the process. A de-capper can help prevent RSI by offering optimal Drehmoment and reducing the risk of injury. A de-capper and a capper can help you improve your quality control and save time by removing unnecessary steps.

Decappers are a convenient way to remove TPE push caps from bottles. The CP400 push cap recapper can apply uniform pressure to a 96-tube rack in just one action. Whether your racks are partially or fully full, the CP400 can seal them with ease. The CP400 also has an adapter to fit your specific rack type. The CP400 is also compatible with other brands of storage tubes and racks. Most of the models come with a set of accessories to fit the specific type of rack.

A manual decapper is another common option. A manual decapper is a convenient way to remove TPE push caps. While a capper has many advantages, it is not suitable for every bottle. Most of them require a special machine. It has a wide range of functions that can make the decapping process more efficient. A bottle-capper should be able to cap a wide range of different bottles.

A Kinetic capper is an automated machine that uses a torque-adjusting weight to reduce and increase the amount of torque applied to a cap. This machine uses the principle of kinetic energy. A cap's torque is directly proportional to its size. Therefore, a high-speed Kinetic capper can decap 48 tubes in less than a minute. By using a servo-driven operating system, a servo-driven system is the best choice for packaging operations.

For your capping needs, New England Machinery is a premier provider of screw capping systems and cap handling equipment. They have over 40 years of experience in this industry, and their dedication to quality and service has earned them a reputation for excellence. The company's products and services provide a wide range of capping applications and solutions. The company's capping machinery and cap handling equipment is recognized worldwide for their reliability and efficiency. Below, find out more about these systems and how they can improve your manufacturing process.

The RXAS Capper is a key component of a fully-automatic capping system. It is highly efficient, capable of capping a single vial every 3.5 seconds. This system is also available in a manual version. The rotary version of the Starwheel capper features variable-speed motors and a high-performance motor. Both of these systems are ideal for a variety of capping applications and can accommodate a variety of cap sizes.

The Starwheel capper is an automatic, heavy-duty model that offers high-speed and torque. It is designed to work with a variety of materials, including PET, glass, and metal containers. It features a cap elevator sorter to help ensure a consistent cap completion rate. It can be configured with a variety of cap feeders, and features a cap conveyor for speed-controllability. These machines can handle a variety of bottle and container types, and can be used to produce a variety of end-products.

The Lazar Automatic In-Line Capper Model LC30 is a three-station capper with an optional servo motor. It can be customized to fit different cap sizes. The Lazar Chuck Capper is a self-contained, heavy-duty capper that can cap up to 89mm caps. It is a complete bottle capping system that can also be customized to handle varying sizes of bottles. The machine is user-friendly and requires minimal maintenance.

Depending on the application, RELIANCE has a variety of capping systems available to fit the specific needs of your operation. Unlike other capping systems, these machines are self-contained and require little maintenance. In addition, they are designed to handle a large range of caps and bottles. Their user-friendly design allows them to scale up their production. And while the RELIANCE Automatic In-Line Capper models offer a variety of features, they are all customizable to suit your needs.

The Lazar Automatic In-Line Capper is a four-station heavy-duty inline capper. It can sort caps and tighten them to a preset torque. It can cap up to 400 caps per minute. The Lazar LC20-LCES is an affordable self-contained system that can be customized for hazardous locations. It has a variety of attachments that will fit into your existing process. These include a conveyor system, a servo-driven chuck, and a de-capper, and a re-capping station.