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
- Linea_for_furniture.pdf
- Kitchen_furniture_with_Linea.pdf
- Medical_chairs_with_Linea.pdf
- Hospital_beds_with_Linea.pdf
- TENTE_medical_devices_product_brochure_EN_RZ_print.pdf
- Solutions_for_the_automotive_industry.pdf
- Office_furniture_with_Linea.pdf
- Solutions_for_commercial_kitchens_and_food_logistics.pdf
- Linea_for_healthcare.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
Matching Products
The Linea swivel castor with directional lock features a bolt hole fitting for secure mounting applications. The housing is constructed from durable polyamide material and incorporates a precision ball bearing swivel mechanism to ensure smooth directional movement and reliable locking functionality. The wheel assembly comprises a polyamide body with an injected polyurethane tread, providing excellent floor protection and quiet operation, whilst the precision stainless ball bearing system guarantees long-lasting performance under continuous use. The wheel measures 125 mm in diameter, and the complete assembly has an overall height of 143 mm. Load specifications include a dynamic capacity of 130 kg at speeds up to 3 km/h and a static load rating of 260 kg, making this castor suitable for medium-duty industrial and commercial applications requiring directional control.
The Linea swivel castor with combined lock features a bolt hole fitting, with washable beds requiring sealing in the fitting area by the hospital bed manufacturer. The housing is constructed from polyamide material and incorporates a precision ball bearing swivel bearing system for smooth operation. The wheel comprises a polyamide body with injected polyurethane tread material, supported by stainless precision ball bearings for enhanced durability and performance. The castor has a wheel diameter of 125 mm and an overall height of 143 mm. Load capacity specifications include a dynamic load rating of 130 kg at speeds up to 3 km/h and a static load capacity of 260 kg, making it suitable for demanding healthcare and institutional applications including anaesthesia carts, care beds, medical equipment, nursing carts, and various mobile hospital systems.
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 polyamide with an integrated precision ball bearing that enables smooth, reliable swivel rotation under operational loads. The wheel assembly comprises a 125 mm diameter polyurethane injected tread mounted on a polyamide body, supported by a precision stainless steel ball bearing that ensures durability and consistent performance across extended service cycles. With an overall height of 143 mm, the Linea castor is engineered to integrate seamlessly into compact equipment designs whilst maintaining optimal manoeuvrability. The castor demonstrates a static load capacity of 260 kg, providing substantial structural support for stationary applications, whilst maintaining a dynamic load capacity of 130 kg at operational speeds up to 3 km/h, making it suitable for controlled movement of loaded equipment. The Linea swivel castor is specifically engineered for deployment across a comprehensive range of healthcare and professional applications, including anesthesia carts, C-arms, CT scanners, MRI and X-ray systems, care beds, catering carts and meal delivery systems, computers on wheels, dialysis carts, medication carts, nursing and retirement home equipment, nursing carts, office furniture, patient lifters, recliners, surgery robots, treatment chairs, ultrasound systems, ventilators, and professional cleaning carts, delivering reliable performance in both clinical and commercial settings.