Fully-electric lifting device HubSet

electro-hydraulicelectrically-operatedhydraulic

Overview
Our lifting systems provide stepless height adjustment for workstations and tables to support ergonomic working postures while seated or standing. Designed for both new installations and retrofitting, they integrate with modular pipe/racking systems and other workplace system solutions.

Advantages

• Ergonomics: enable sitting and standing work to protect health and maintain concentration.
• Flexible integration: existing workstations can be equipped or adapted with minimal modification.
• Sustainability: systems are suitable for reuse and relocation, reducing lifecycle costs.

Variants and product features
The range includes hydraulic, electro‑hydraulic and fully electric lifting sets. Units are compact, offer high load capacity and low‑noise drives. Mounting is via flexible connection cables and operation is load‑independent and fully synchronous, even with unbalanced load distribution. ESD variants are available where required.

Versions and features (detailed)

• Hydraulic and electric lifting sets.
• Configurations with 4 or more lifting/linear units.
• Height adjustment by crank or by electrical buttons.
• Drive options: hydraulic, electro‑hydraulic or fully electric.
• Maximum lifting travel: 400 mm.
• Maximum load capacity: up to 500 kg.
• Optional ESD‑compliant versions.

Characteristics / technical specifications

• Stepless height adjustment for tables and workplace systems.
• Drive types: hydraulic, electro‑hydraulic, fully electric.
• Adjustment methods: crank or electrical buttons.
• Typical maximum lifting travel: 400 mm.
• Typical maximum load capacity: up to 500 kg.
• Operation: load‑independent, fully synchronous even with unbalanced loads.
• Mechanical traits: compact overall dimensions, high load capacity, low‑noise drive.
• Installation: mounted via flexible connection cables; suitable for retrofitting and combination with modular pipe/racking systems.
• Optional: ESD versions available for sensitive environments.