Modern architecture with Cibes lift

For Architects

Home Lift Information for Architects

Access essential home lift information for architectural planning, from model options and key dimensions to installation requirements and technical coordination. Designed to help architects specify Cibes lifts accurately, streamline project planning, and create safe, space-efficient vertical access for modern homes.

European safety standards100,000+ lifts installed worldwide10 years+ experience in Thailand

Why Do Thai Architects Choose Cibes?

Cibes is a Swedish screw-driven home lift designed for easy and flexible installation – no pit required, no machine room, no load-bearing walls needed. Ideal for both new builds and retrofit installations in existing homes.

Your Design Challenge → Cibes Solution

No space for a lift pit Pit 0 cm – installs on flat floor
Existing home retrofit Self-supporting – no wall penetration
Limited rooftop space No machine room – saves overhead space
Minimum shaft size 940 × 1070 mm – up to 41 sizes available
Installation time 5-7 days (for 2 stops)

How is Screw-Driven Lift Different from Other Lift Systems?

Understand the key differences between screw-driven lifts and other lift systems.

Feature Cibes Lift Vacuum Lift Traction Lift Hydraulic Lift Belt-Driven Lift
Installation
Lift pitNot requiredNot requiredGenerally requiredGenerally requiredGenerally required
Machine roomMachine-room-less (MRL), as the machinery is integrated into the liftNot requiredAvailable with or without a machine roomGenerally requiredMostly machine-room-less, depending on the model
Lift shaftMany models include a prefabricated shaftUses a dedicated cylindrical shaftRequires a lift shaftRequires a lift shaftRequires a lift shaft
System and Performance
Drive systemScrew-driven system powered by a motor that drives the screw and nut assemblyAir-pressure drive systemMotor-driven sheave, traction ropes and counterweightPump forces hydraulic fluid into a hydraulic cylinderMotor-driven sheave and belts
Operating noise40-50 dBAir system may be audible during operationDepends on the motor and installationPump unit may be audible during operation40-55 dB
Maximum number of stopsUp to 8 stopsGenerally up to approximately 6 stopsVaries by model and installation siteVaries by model and installation siteVaries by model and installation site
Maximum load capacity400–1,000 kg, depending on the lift modelVaries by modelVaries by modelVaries by modelVaries by model
Safety Standards and Long-Term Care
Safety standardsMD 2006/42/EC, EN81-41. SIL 3Depends on the manufacturer’s certificationDepends on the manufacturer’s certificationDepends on the manufacturer’s certificationDepends on the manufacturer’s certification
WarrantyMaintenance, lift warranty and screw warranty vary by lift modelDepends on the manufacturer and distributorDepends on the manufacturer and distributorDepends on the manufacturer and distributorDepends on the manufacturer and distributor

Key information to check before planning a lift installation

Lift planning should begin with a review of the available space, number of floors, building structure, access points, electrical supply and intended use. This information helps determine the most suitable lift model and installation requirements.

Key informationDetails
Installation spaceAllow approximately 1 square metre as a starting point. Check the width, depth and height of the available space, the top-floor headroom and the surrounding area required for installation.
Number of floors and travel distanceConfirm the number of stops, finished floor level at each landing, floor-to-floor height excluding structural slab thickness, and total travel distance. This helps determine the right lift model and overall structure height.
Building structureCheck the locations of beams, columns, floors, walls and relevant fixing points. Assess whether structural reinforcement or a supporting foundation will be required.
Doors and access pointsDefine the door position, opening direction and door configuration at each floor. Check the clear space in front of each door and the users’ access routes.
Intended useConsider the number of users, frequency of use, wheelchair or walking-aid access, and the weight and size of any items that may be transported.
Electrical supplyCheck the type and power capacity required for the selected lift model, as well as the location of the electrical panel, power supply point and cable route within the house or building.
Location and surroundingsConfirm whether the lift will be installed indoors or outdoors. For outdoor installations, consider rain exposure, drainage and connection points to the building at each floor.

Where should a lift be installed?

The lift location should be planned around the building layout, structural conditions, user routes and available space. The right position should provide easy access to every floor while limiting changes to the existing architecture.

Stairwell void

Stairwell void

Uses available space between the stairs, keeping the lift close to main routes and easily accessible from every floor.

Corner of the building

Corner of the building

Places the lift against a wall or corner without blocking main routes, suitable for new-build and renovation projects.

Through-floor installation

Through-floor installation

Creates openings through each floor, with beams, floor structure and interior finishes considered during the early design stage.

Outside the building

Outside the building

Preserves indoor space but requires careful planning for the foundation, floor connections, drainage and weather protection.

Double Volume

Double Volume

Uses the open vertical space between floors, providing easy access while maintaining an airy and connected interior.

Professional Lift Planning Tools

Practical resources to help you plan, compare, and prepare lift projects with confidence, from drawings and technical data to lift configuration support.

Lift Drawings

Lift Drawings

Access principal drawings for Cibes lift models in different sizes, layouts, and installation configurations.

Download drawings
Technical Data

Technical Data

Review key specifications, dimensions, safety standards, and technical details for Cibes lift models.

See technical data
Lift Configurator

Lift Configurator

Explore lift designs, finishes, sizes, and configurations to prepare an initial concept for your project.

Configure your lift

Cibes Clients

Trusted by leading brands and organizations across sectors

Frequently Asked Questions for Architects

A Cibes screw-driven lift moves up and down by rotating a nut on a vertical steel screw inside the shaft. The motorised nut attached to the platform travels along the screw, lifting and lowering the cabin at a controlled, smooth speed. There is limited use of hydraulic oil (auto lubricated screw), no counterweight, no traction cable, and no overhead machine room. The drive is self-locking, which means the platform cannot fall freely, even in the event of a power loss or motor failure.

Contact Cibes Lift Thailand

Contact Channels

LINE Official QR code — @cibes

LINE Official

@cibes

Respond within 1 hour (business hours)

Phone

02-114-6499

Mon – Sun | 9:00 – 18:00

Email

[email protected]

Response within 1 business day

Schedule Consultation

Visit Cibes Showroom

Experience Cibes lift design, safety, and comfort with free consultation from our lift specialists.

Flagship Showroom

Cibes Lift Bangkok Showroom

2113, 1 New Petchaburi Rd, Bang Kapi, Huai Khwang, Bangkok 10310

Mon – Sun 9:00 – 18:00

Branch

Cibes Lift Chiang Mai Showroom

123/6 Moo 15 Chonprathan road, Suthep, Mueang Chiang Mai District, Chiang Mai 50200

Mon – Fri 9:00 – 18:00

Branch

Cibes Lift Phuket Showroom

Unit 20/82(Park plaza D), Moo2 Thepkasattri Rd, Ko Kaeo, Phuket District, Phuket, 83000

Mon – Fri 9:00 – 18:00

Branch

Cibes Lift Udon Thani Showroom

Mill Place Posri by LPN, unit M-0107, 689 Posri Rd, Mak Khaeng, Mueang, Udon Thani 41000

Mon – Fri 9:00 – 18:00