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Qualidade e desempenho

Os nossos produtos apresentam tecnologia avançada, inovação contínua, qualidades de construção superiores e são construídos para proporcionar valor durante muitos anos. A nossa empresa está em constante evolução para cumprir os mais elevados padrões de qualidade e certificações internacionais exigidas pelos nossos clientes.

Descubra os nossos produtos

Os nossos autoclaves

Autoclaves verticais com sistema de super-secagem e arrefecimento rápido

Volumes: 58, 83, 124, 169

Tipo: Vertical

Ver autoclave

Autoclaves verticais com pré-vácuo e secagem

Volumes: 55, 79, 115, 175

Tipo: Vertical

Ver autoclave

Preparador de meios de padrão AE-MP da RAYPA

Preparador de meios padrão

Volumes: 10, 20, 40, 60, 80, 100

Tipo: Vertical

Ver autoclave

Autoclaves verticais com sistema de arrefecimento rápido

Volumes: 58, 83, 124, 169

Tipo: Vertical

Ver autoclave

Autoclaves de bancada com pré-vácuo e secagem

Volumes: 22, 55, 79

Tipo: Horizontal

Ver autoclave

Preparador de meios especializado

Volumes: 40, 60, 80, 100

Tipo: Vertical

Ver autoclave

Porquê a RAYPA?

ALCANCE GLOBAL

Após meio século de experiência, temos uma longa lista de clientes satisfeitos em todo o mundo. Atualmente, exportamos 85% do nosso volume de negócios anual e dispomos de uma rede estável de distribuidores em mais de 100 países.

SERVIÇO TÉCNICO EFICIENTE

A nossa equipa de técnicos e engenheiros altamente qualificados é especialista nos nossos produtos. Se tiver um problema técnico, será nossa prioridade retificá-lo. Quando compra equipamento RAYPA, tem a garantia do mais alto nível de apoio e assistência técnica.

FABRICANTE ESPECIALIZADO

Após mais de 45 anos no setor, a RAYPA é líder mundial no fabrico de autoclaves de laboratório. Cada um dos nossos autoclaves é concebido e construído inteiramente na nossa moderna fábrica equipada com a mais recente tecnologia.

GAMA COMPLETA E CONFIGURÁVEL

Dispomos de uma vasta gama de autoclaves de laboratório para cobrir múltiplas aplicações e segmentos de mercado. Descubra a combinação de modelo de autoclave e acessórios que melhor se adapta às suas necessidades nas nossas 11 séries e mais de 35 modelos disponíveis.

INOVAÇÃO E QUALIDADE

Os nossos produtos possuem tecnologia avançada, inovação contínua, qualidades de construção superiores e são feitos para durar. A nossa equipa de engenheiros e técnicos esforça-se diariamente para melhorar os nossos produtos e exceder as expetativas dos nossos clientes.

CONSULTORIA COMPLETA

A nossa equipa de especialistas avalia cada projeto e aconselha o cliente sobre a solução que melhor se adapta às suas necessidades. Após a venda, damos formação sobre a utilização e a manutenção recomendadas para cada equipamento, de modo a garantir um desempenho ótimo e a maximizar a sua vida útil.