In one embodiment, a method for dispensing a filled container comprises removing a single container from a stack of containers within a chassis, filling the single container with filtered water within the chassis, sealing the single container within the chassis, and dispensing the single container from the chassis. In another embodiment, a system for dispensing a filled container comprises a chassis, a stack of containers within the chassis, and an automated mechanism within the chassis to remove a single container from the stack of containers, fill the single container with filtered water, seal the single container, and dispense the single container from the chassis.

An apparatus for automated capping and de-capping of test tubes having an ejector pin system for individualized cap ejection.

An apparatus for automated capping and de-capping of test tubes having an ejector pin system for individualized cap ejection.

A pressure equalising device (10) which has a squat shape and which has three positions which are a first unlocked and retracted position, a second locked and retracted position, and a third unlocked and extended position wherein the device comprises a spike (14) for piercing a container, a biasing member (12) to bias the device into the first position from the third position, an upper body (20) which supports the spike and which has a locking formation (28), and a lower body (40); wherein the device has a twist lock such that the device can be rotated to and from its first and second positions; wherein the twist lock comprises a slot (52) in the lower body which is positioned to receive the locking formation (28) to immobilise the upper body (20) in relation to the lower body (40); the invention provides an ergonomically acceptable and safe way to reduce the torque force required to open the typical jar to less that 2 Nm by equalising the pressures inside and outside the jar.

Provided are an automatic sampling device and method and, more specifically, are an automatic sampling device and method which automatically remove a lid when collecting a sample in order to analyze the state of a chemical solution (medicinal fluid) and which automatically reverse a sample collection container so that the container can be used after being washed with ultrapure water, and thus the device prevents medicinal fluid contamination caused by the sample collection container, lid, adjacent objects in contact therewith, or space during sampling, without being affected by outside conditions during the sampling, prevents safety accidents such as errors or risk caused by manual work, and is improved so as to increase the reliability of sampling.

Provided are an automatic sampling device and method and, more specifically, are an automatic sampling device and method which automatically remove a lid when collecting a sample in order to analyze the state of a chemical solution (medicinal fluid) and which automatically reverse a sample collection container so that the container can be used after being washed with ultrapure water, and thus the device prevents medicinal fluid contamination caused by the sample collection container, lid, adjacent objects in contact therewith, or space during sampling, without being affected by outside conditions during the sampling, prevents safety accidents such as errors or risk caused by manual work, and is improved so as to increase the reliability of sampling.

The present invention relates to a lid removal or container opener tool. The tool is a standalone device made of a rigid material and has a plurality of container opening slots and edges. More specifically, the tool is a tapered and has a corrugated tapered surface and a smooth tapered surface. The tapered surfaces along with bottom surface of the tool is used for accommodating and securing a lid to open. The tool can be easily grasped in the palm and fingers for twisting. A prying slot is used for opening pry-type caps. A protrusion, a linear corrugated slot and a linear smooth slot are also used for opening a variety of containers.

The present invention relates to a lid removal or container opener tool. The tool is a standalone device made of a rigid material and has a plurality of container opening slots and edges. More specifically, the tool is a tapered and has a corrugated tapered surface and a smooth tapered surface. The tapered surfaces along with bottom surface of the tool is used for accommodating and securing a lid to open. The tool can be easily grasped in the palm and fingers for twisting. A prying slot is used for opening pry-type caps. A protrusion, a linear corrugated slot and a linear smooth slot are also used for opening a variety of containers.

An apparatus (100) for automated capping and de-capping of test tubes (112) having an ejector pin (230) system for individualized cap (113) ejection.

An apparatus (100) for automated capping and de-capping of test tubes (112) having an ejector pin (230) system for individualized cap (113) ejection.