linea
- Non-hazardous materials
- Tested quality
- Colour matching
CAD files
Documents
- TENTE_Surgery_robots_flyer_EN.pdf
- Service_trolleys_with_Linea.pdf
- TENTE_medical_furniture_product_brochure_EN_RZ_print.pdf
- Hospital_beds_with_Linea.pdf
- Kitchen_furniture_with_Linea.pdf
- Linea_for_furniture.pdf
- Medical_chairs_with_Linea.pdf
- TENTE_medical_devices_product_brochure_EN_RZ_print.pdf
- Office_furniture_with_Linea.pdf
- Solutions_for_the_automotive_industry.pdf
- Linea_for_healthcare.pdf
- Solutions_for_commercial_kitchens_and_food_logistics.pdf
- Solutions_for_intralogistic.pdf
- Solutions_for_the_furniture_industry.pdf
Deutscher Designer Club
Deutscher Designer Club
Interzum Award
Interzum Award
IF Design Award
IF Design Award
Accessories
The Linea Accessory is a precision-engineered component designed to enhance castor functionality and performance in demanding industrial and commercial applications. This accessory integrates seamlessly with standard castor assemblies, providing improved operational efficiency and extended service life through its robust construction and optimised design. The Linea Accessory offers engineers a reliable solution for upgrading existing castor systems, delivering enhanced load distribution, smoother rotation, and improved manoeuvrability across various floor surfaces. Its versatile compatibility makes it suitable for integration into material handling equipment, mobile workstations, and transport systems where consistent performance and durability are essential requirements.
Matching Products
The Linea is a swivel castor with directional lock designed for precision applications. The fitting features a bolt hole configuration for secure mounting. The housing is constructed from durable polyamide material and incorporates a precision ball bearing swivel mechanism for smooth directional movement. The wheel assembly consists of a polyamide body with electric-conductive properties, fitted with an injected polyurethane tread that maintains electrical conductivity throughout. The wheel operates on precision ball bearings and measures 100 mm in diameter. The overall height of the complete assembly is 118 mm. Load specifications include a dynamic capacity of 120 kg at speeds up to 3 km/h, whilst the static load capacity reaches 240 kg, making it suitable for medium-duty industrial applications requiring electrical conductivity and precise manoeuvrability.
The Linea swivel castor is a precision-engineered mobility solution designed for demanding healthcare and professional environments, featuring a bolt hole fitting for secure installation onto equipment frames and trolleys. The housing is constructed from electric conductive polyamide and incorporates a precision ball bearing for smooth, reliable swivel operation, ensuring effortless directional control and manoeuvrability. The wheel assembly comprises a 100 mm diameter wheel with a polyamide body that is electric conductive, paired with an injected polyurethane tread that is also electric conductive, providing enhanced safety in electrostatic-sensitive environments whilst delivering excellent grip and durability across various floor surfaces. With an overall height of 118 mm, this castor integrates seamlessly into compact equipment designs without compromising stability or accessibility. The load capacity specifications indicate a static load rating of 200 kg, enabling the castor to support substantial equipment weight during stationary use, whilst the dynamic load capacity of 100 kg at speeds up to 3 km/h ensures safe operation during transport and repositioning of mobile medical devices. The Linea swivel castor is ideally suited for anesthesia carts, C-arms, CT scanners, MRI and X-ray equipment, care beds, catering carts, computers on wheels, dialysis carts, medication carts, nursing carts, patient lifters, recliners, surgery robots, treatment chairs, ultrasound systems, ventilators, and professional cleaning carts, making it an indispensable component for healthcare facilities, hospitals, nursing and retirement homes, and specialised medical environments.