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STTS

STTS was designed to transport the irradiated solid metal target (coin) from the bunker to the cell for processing.

 

 

Used in contexts of:
Radiopharma Production · Nuclear Medicine

Designed and Manufactured by Tema Sinergie

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FDA CFR 21 Part 11

ISO 14644 and ISO 10648

GMP-compliant

EURATOM

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Designed for Your Process

CRP Compact is designed to streamline a critical phase: the dispensing and capping of vials under sterile conditions, reducing manual intervention and batch-to-batch variability. Its value lies not only in automation, but in its ability to adapt to real production needs: handling of open/closed vials, different capping strategies, and customizable workflows.

In regulated environments, this operational consistency results in a process that is more controllable and easier to transfer between shifts and production lines.


  • Customized workflows with dedicated kits
  • Vial format change even between consecutive batches
  • Crimp and push-fit management (depending on the version)

OVERVIEW

Automatic Transfer of Targets

STTS is an automated transfer system controlled via a remote touchscreen panel installed in the laboratory adjacent to the cell dedicated to processing solid metal targets (coins).

The system allows for the automatic handling of up to 6 coins via 2 separate and independent lines, designed to reduce the risk of cross-contamination and ensure that the transport paths remain separate.

Method

How We Handle Department Operations

A clinical-first approach: reduced surgical risk, consistent procedures, and support until stabilization.

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Step 01

Design Focused on Clinical Use

Solutions designed to accommodate shifts, schedules, and departmental constraints.

Step 02

Built-in security (not added)

Radiation protection and procedures: an integral part of the project, not an afterthought.

Step 03

Start-up and training to stabilize the department

Quality becomes apparent after delivery: commissioning and training reduce variability.

Step 04

Solutions designed to accommodate shifts, schedules, and departmental constraints.

Reduce downtime and manage the department's evolution with clear support.

Settings and Customization

CRP Compact is highly customizable to meet specific production needs, vial types, and capping strategies.

CRP-Compact-Dispensers-Injectors-NM-11-PLUS-copy1

Precise

It can be used to process a very wide range of radiopharmaceuticals in vials, always in full compliance with the latest GMP specifications.

Multitracer

It can be used to process a very wide range of radiopharmaceuticals in vials, always in full compliance with the latest GMP specifications.

Automatic

It automates the entire radiopharmaceutical dispensing process, minimizing the need for manual intervention by the operator.

Compact

Thanks to its compact size, it can be installed in any type of laminar-flow shielded chamber equipped with a well for a calibrator and a remote gripper.

PRODUCT OPTIONS

Additional Features and Options

Push-Fit Capping Module

Add the ability to seal vials with a push-fit cap for greater versatility and flexibility in the process.

Push-Fit Capping Module

Add the ability to seal vials with a push-fit cap for greater versatility and flexibility in the process.

Push-Fit Capping Module

Add the ability to seal vials with a push-fit cap for greater versatility and flexibility in the process.

Key Features and Functions

Technical Specifications

Feature Value
Volumetric Accuracy (Weight) <1% (deviation)
Vial Compatibility Open / Closed (with piercing module)
Type of closure Crimp (stopper + ring), Push-fit
Dispensing Speed Up to X ml/min (depending on the vial)
Volumetric Accuracy (Weight) <1% (deviation)

Method

How the irradiation process works

A controlled and automated process for safely and efficiently transferring irradiated coins to the hot cell.

Step 01

Loading the "coin"

The irradiated "coin" falls from the irradiation unit into the departure station

Step 02

Shuttle Closure and Route Selection

The system closes the shuttle and positions it above the selected conveyor line.

Step 03

Transfer to the hot cell

The shuttle travels through the transport tube to the hot cell's arrival station.

Step 04

Remote Opening and Process Preparation

Inside the hot cell, the shuttle is opened using a gripper or a remote manipulator, preparing the coin for subsequent operations.

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Case Studies

Results in Real-World Settings

From the Clinic to Production: Case Studies Demonstrating Integration, Compliance, and Continuity.

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