Waste treatment

Manipulators for decontamination, storage and inspection

In der nuklearen Abfallbehandlung stehen Sicherheit, Wirtschaftlichkeit und dauerhafte Prozessstabilität im Vordergrund. Dekontamination, Zerlegung, Konditionierung, Recycling und Lagerung radioaktiver Materialien erfordern robuste und präzise Handhabungstechnik. Wälischmiller Engineering entwickelt Manipulatoren und Robotersysteme für den Einsatz in Wiederaufarbeitungsanlagen, Kernkraftwerken und Zwischen- und Endlagern. Unsere Systeme sind strahlenresistent, langlebig und für den kontinuierlichen Betrieb in anspruchsvollen Umgebungen ausgelegt.

Manipulators for decontamination, storage and drum inspection

Waste treatment: reliable systems at every stage

Nuclear waste treatment is divided into decontamination and recycling, safe storage and regular inspection of stored materials. Wälischmiller Engineering provides specialized manipulators and robot systems for these different requirements.

Für Dekontaminations- und Zerlegearbeiten und Konditionierung kommen insbesondere die Manipulatoren A100 and A1000 for use. They enable precise work in reprocessing plants and hot cells and have proven themselves already for years proven in plants such as Sellafield and La Hague.

When storing radioactive substances, our manipulators support the safe handling of components and drums, even in areas that are difficult to access. If additional mobility is required, the manipulator vehicle can be V1000 can be used.

Für die Einlagerung sowie regelmäßige Kontrolle und Dichtigkeitsprüfung gelagerter Fässer steht ein spezialisierter Fassgreifer zur Verfügung, der auf dem A1000 based. This means that all phases of waste treatment can be covered with reliable technology from a single source.

Produktbild A100

A100 Manipulator

The A100 telemanipulator combines ergonomics, a load capacity of up to 20 kg and interchangeable tools - ideal for the nuclear industry.
Produktbild A1000

Power manipulator A1000

The A1000 power manipulator handles heavy loads of up to 200 kg precisely and reliably. The device is radiation-resistant and modular.
Produktbild LIROB

LIROB robotic arm

LIROB: Robot with 7 DOF, up to 20 kg payload and high radiation resistance - ideal for automation in nuclear applications.

Telbot® robotic arm

The TELBOT from Wälischmiller shows its particular strength in places where human operators cannot work.

Tooling Center

The Tooling Center in Swindon offers customer-specific developments, including prototyping and in-house testing.

VNE80/90

The VNE 80 and VNE 90 are low-friction, gas-tight manipulators for use in laboratories and fuel element reprocessing plants.

Efficient processes in reprocessing and final disposal

The decontamination of radioactive components is a central part of nuclear waste treatment. Components must be dismantled, cleaned or prepared for storage. Manipulators enable this work to be carried out under the influence of radiation without exposing the work personnel directly.

Nicht dekontaminierbare Stoffe werden sicher verpackt und eingelagert. Dabei ist eine präzise Handhabung entscheidend, um Fässer, Bauteile oder kontaminierte Materialien kontrolliert zu bewegen und zu positionieren. Auch regelmäßige Inspektionen und Dichtigkeitsprüfungen gehören zu den standardisierten Abläufen in Endlagern und Zwischenlagern.

Robust construction, high radiation resistance and reliable technology ensure that these processes can be carried out stably for many years.

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Manipulators for reprocessing plants and repositories

References in nuclear waste treatment

Wälischmiller Engineering has been supplying plants in the field of reprocessing and waste treatment since the 1990s. Our manipulators are used in active reprocessing plants, where they support decontamination and dismantling processes.

Operators particularly appreciate the resistance to radiation, the durable design and the reliable function even under demanding operating conditions. In safety-critical areas, HWM manipulators make an important contribution to the structured and controlled execution of all work steps.

We will be happy to inform you about projects in the field of waste treatment and provide you with suitable references. Our experts will advise you personally on a solution for your plant.

IHI

„As a customer from Japan, we appreciate the high quality of the products and their reliability in daily use. The professionalism of the team and the rapid response to inquiries are particularly noteworthy. The cooperation is always efficient, solution-oriented and based on trust.“

IHI
Belgoprocess N.V.

„As a long-standing partner of Belgoprocess, we reliably use several A1000 power manipulators and A100 telemanipulators in demanding nuclear waste treatment and decommissioning applications. We particularly appreciate the consistently professional cooperation, the direct exchange and the reliable support.“

Jurgen Gommers

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Your contact for waste treatment systems

Questions and answers

Frequently asked questions about the use of manipulators in nuclear waste treatment

What tasks do manipulators perform in waste treatment?

Manipulators are used for decontamination, dismantling, recycling, storage and drum inspection. They enable safe working under the influence of radiation.

Are the systems suitable for reprocessing plants?

Yes, the manipulators are designed for use in reprocessing plants, hot cells and shielded areas.

How are barrels checked and moved?

Spezialisierte Greiferlösungen ermöglichen das sichere Handling für die regelmäßige Überprüfung von Lagerfässern.

Are the systems resistant to radiation?

Yes, the components used are designed for permanent use under increased radiation exposure.

Can existing systems be retrofitted?

Manipulators can be integrated into existing systems or modernized to meet current safety requirements.

How is long-term usability ensured?

The robust design, technical maintenance and long-term spare parts supply ensure that the systems remain operational in the long term.