#Japan #Tokyo #Torch Corporation #AutoDispenser-Liquid #AutoDispenser-Powder

Torch Corporation Expands Lab Automation Offerings

In the ever-evolving landscape of research and development, efficiency and precision have become paramount. Recognizing this need, Torch Corporation has taken a significant step forward by introducing two innovative automated dispensing systems tailored for laboratory environments: the AutoDispenser-Liquid and AutoDispenser-Powder. These new systems are designed to streamline workflows, alleviating the burdens of manual dispensing for researchers.

A Leap into Automation

Torch Corporation, headquartered in Koto, Tokyo, continues to be a trusted partner in lab automation, focusing on enhancing operational efficiency and ensuring superior quality in research. The release of these two packages is aimed at researchers seeking ready-to-use solutions that can be integrated seamlessly into their work processes.

AutoDispenser-Liquid

The AutoDispenser-Liquid system sets itself apart from traditional dispensers by leveraging collaborative robots (cobots). These robots exhibit a remarkable range of motion, allowing for the handling of various container types, opening and closing caps, and supporting a wide range of dispensing volumes.

Package Features:

• - Versatile Operation: With six-axis movement capabilities, this system allows for efficient dispensing into multiple container types, facilitates the changing of pipettes, and does not require programming expertise from the user.
• - Streamlined Setup: Users only need to select the desired dispensing quantities and configurations to activate the system, making setup quick and user-friendly.

Implementation Steps:

1. Select Containers: Determine the source containers (up to three types) and the destination container (one type).
2. Define Dispensing Accuracy: Based on the required dispensing volume and precision, choose the appropriate type and number of electric pipettes.
3. Decide on Additional Options: Consider options like weighing functionality, shaking features, chemical-resistant jackets, and email notifications.

For more details on specifications and installation costs, visit Torch's website.

AutoDispenser-Powder

The AutoDispenser-Powder system promises to deliver high-precision powder dispensing, further liberating researchers from labor-intensive tasks. Similar to its liquid counterpart, setting up this system is straightforward: select your containers and desired options.

Package Features:

Utilizing METTLER TOLEDO’s XPR automatic dispensing balance, this system offers unparalleled accuracy in powder dispensing. Added functionalities include cap handling, liquid dispensing, and mixing operations.

Implementation Steps:

1. Determine Weight Range: Establish the mass of the powder alongside the mass of the chosen container to confirm the XPR model number.
2. Decide Cartridge Quantity: Based on the number of powder types, figure out how many cartridges will be necessary.
3. Select Additional Options: Options may include lid handling features, mixing capabilities, liquid dispensing abilities, ionizers, dehumidifiers, chemical-resistant jackets, and notifications via email.

About Torch Corporation

Founded in November 2023, Torch Corporation stands as a laboratory automation integrator that combines cutting-edge technology with expert knowledge, ultimately providing comprehensive automation solutions. The company is headquartered at 3-7-26 Ariake, Koto, Tokyo. The mission of Torch is clear: to automate every function within laboratories so that researchers can focus more on creativity and innovation.

For more information, check out Torch's homepage or reach out to their contact point at [email protected]. Torch is committed to building lasting relationships with its clients by addressing their challenges effectively and ensuring continued support in their research endeavors.

As laboratories look toward the future, Torch Corporation aims to set new standards in lab automation, summarizing their vision as "to automate every operation" in the quest for a more efficient research landscape.