Product systems 01
Vertical Access Equipment Manufacturer. Engineered for demanding work.
SEKLIFT is a vertical access equipment manufacturer in Türkiye, developing construction hoists, industrial and mining elevators, mast-climbing work platforms, suspended platforms, façade access systems and bespoke residential lifts.
07 core systems
Construction Hoists
Rack-and-pinion systems for moving personnel, tools and materials efficiently across active construction sites.
Industrial Elevators
Heavy-duty personnel and freight elevators engineered around industrial facilities, operating conditions and service demands.
Mining Elevators
Purpose-built vertical transport for personnel and materials in demanding underground and surface mining environments.
Mast-Climbing Work Platforms
Modular single- and twin-mast work platforms that create an efficient, height-adjustable working level along façades.
Electric Suspended Platforms
Temporary rope-suspended platforms rigged from the roof for mobile façade installation, repair, cleaning and exterior finishing work.
Façade Access & BMU Systems
Permanent, building-integrated roof machines and BMU systems engineered for recurring façade inspection, cleaning and lifecycle maintenance.
Bespoke Architectural Lifts
Custom residential elevators developed around the architecture, interior language and spatial constraints of villas, private homes and premium properties.
Complete product systems
Six systems. One engineering standard.
From temporary construction access to permanent industrial, mining and façade solutions, SEKLIFT develops each system around the real operating conditions of the project.
Project-specific vertical access
Not sure which system fits your project?
Share the required lifting height, load, operating environment and access purpose. SEKLIFT can help you compare construction hoists, industrial and mining elevators, mast-climbing work platforms, suspended platforms and BMU systems.
Solutions by environment 03
Vertical access engineered around the operating environment.
Vertical Access Equipment Manufacturer
Every site creates a different vertical-access challenge. Explore SEKLIFT solutions for high-rise construction, industrial plants, underground mining, façade installation, permanent building maintenance and premium residential architecture.
Construction application / 01
High-Rise Construction
Move personnel, tools and building materials efficiently while the structure rises and façade work advances across constantly changing landing levels.
- Personnel and material flow between active floors
- Adaptable mast anchoring and landing arrangements
- Efficient façade installation and exterior finishing access
Application intelligence
From operating challenge to the right vertical access system.
SEKLIFT connects project conditions with the product family, access method and configuration most appropriate for the work.
Construction hoists, MCWPs and suspended platforms.
Industrial personnel and custom freight elevators.
Mining elevators and custom industrial access systems.
Mast-climbing and electric suspended platforms.
Building Maintenance Units and permanent access systems.
Bespoke home and villa elevators.
Custom-made machinery 04
When standard equipment stops, engineering begins.
SEKLIFT develops custom-made lifting machinery, engineered-to-order vertical access systems and project-specific material-handling equipment for requirements that cannot be solved by a conventional product configuration.
Custom project type / 01
Heavy-load and oversized material transport
When standard freight elevators cannot accommodate the required load, platform footprint or duty cycle, SEKLIFT can develop a custom heavy-duty lifting system around the material, movement sequence and supporting structure.
Potential system forms
- Custom freight and material elevators
- Oversized cargo platforms
- Heavy-duty rack-and-pinion lifts
Engineering priorities
- Rated load and duty cycle
- Platform geometry and entry layout
- Drive, braking and structural load path
Engineering variables
The machine is defined by the project—not the catalog.
Load & duty cycle
Rated load, load distribution, operating frequency and peak-use requirements.
Travel path
Vertical, inclined or structure-following movement with project-defined landings.
Cage or platform
Usable dimensions, door arrangement, through-loading and material geometry.
Drive & speed
Motor selection, travel speed, acceleration profile and control strategy.
Structure & anchoring
Mast, guide rail, support frame and connection to the existing structure.
Controls & integration
Operator stations, interlocks, automation and connection to facility workflows.
Environment & protection
Indoor or outdoor operation, dust, humidity, corrosion and temperature exposure.
Installation & service
Access constraints, assembly sequence, inspection points and maintainability.
Custom machinery manufacturer
Special-purpose systems for uncommon lifting requirements.
SEKLIFT custom machinery projects can extend beyond standard construction hoists and elevators. The final system form is selected according to the movement, load, operating environment and supporting structure. Explore custom machinery engineering↗Special-purpose lifting machines
Project-specific equipment for vertical or inclined movement outside standard product ranges.
Custom freight & material elevators
Made-to-order load platforms, cages and access arrangements for industrial transport.
Rail-guided & inclined systems
Machinery engineered around sloped routes, structures or non-conventional landing positions.
Industrial transfer platforms
Vertical material-handling equipment integrated into manufacturing or logistics processes.
Custom maintenance access
Special platforms and access machinery for complex façades, plants and infrastructure.
Mining & infrastructure equipment
Rugged access and transport systems configured for constrained, exposed or intensive environments.
Engineered-to-order process
From an operating requirement to a manufactured system.
- 01Project brief
Define the load, movement, environment and operational objective.
- 02Technical assessment
Review site constraints, interfaces, access and applicable requirements.
- 03Concept engineering
Select the system form, movement method and principal configuration.
- 04CAD & structural design
Develop geometry, load paths, components and project interfaces.
- 05Manufacturing
Fabricate and assemble the machine according to the approved design.
- 06Testing & inspection
Verify function, safety devices, controls and documented project criteria.
- 07Installation & commissioning
Integrate the system on site and prepare it for operation and service.
Safety, quality & manufacturing proof 05
Confidence should be documented, not claimed.
A vertical access system is only as credible as the engineering decisions, fabrication controls, safety checks and technical records behind it. SEKLIFT connects those stages into one traceable manufacturing and project-handover process.
From project input to documented handover.
Select a stage to see how engineering information becomes a controlled machine configuration, tested functions and a usable technical file.
Proof stage / 01
Engineering inputs are validated before the machine is defined.
The product category, rated load, travel height, movement route, operating environment, structural interfaces and user requirements must be connected before a final configuration can be selected or engineered.
Inputs reviewed
- Load, personnel and duty-cycle requirements
- Travel route, height and landing arrangement
- Building, mast, shaft or supporting structure
Resulting evidence
- Defined machine category and configuration
- Project-specific technical parameters
- Interfaces requiring confirmation or design
Proof stage / 02
Fabrication quality is controlled through materials, dimensions and workmanship.
Custom lifting equipment and vertical access machinery depend on consistent fabrication. Material identification, dimensional checks, welding and assembly controls help connect the approved engineering definition to the manufactured structure.
Manufacturing controls
- Material and component identification
- Cutting, forming, welding and dimensional inspection
- Surface treatment and corrosion-protection requirements
Resulting evidence
- Inspection and production records
- Verified dimensions and assembly interfaces
- Documented deviations and corrective actions
Proof stage / 03
Safety devices and machine functions are checked as one operating system.
Functional and safety validation should reflect the selected machine, its control logic and the applicable project requirements. Checks may cover travel, drive behavior, braking, overload monitoring, interlocks and emergency functions.
Functions evaluated
- Drive, travel and stopping behavior
- Door, gate and landing interlocks
- Overload, emergency and safety-device operation
Resulting evidence
- Functional check or factory acceptance records
- Open items requiring site verification
- Release status before shipment or installation
Proof stage / 04
The machine is handed over with information needed to operate and maintain it.
Technical documentation should match the delivered model and final configuration. Depending on the product and project, the file can include drawings, operating information, maintenance requirements, inspection records and applicable conformity documentation.
Handover information
- Model and configuration identification
- Operation, inspection and maintenance information
- Installation, commissioning and training records
Lifecycle support
- Recommended service and inspection intervals
- Spare-parts and technical-support information
- Records for future modification or relocation
Six proof points behind industrial lifting equipment.
Clear engineering evidence helps contractors, industrial operators, consultants and procurement teams compare vertical access equipment on more than appearance or generic safety language.
Defined design inputs
Load, travel, environment, structure and interfaces are connected to the selected machine.
Engineering definitionMaterial traceability
Critical materials and components can be identified within the manufacturing and project record.
Manufacturing controlFabrication inspection
Dimensions, assemblies and workmanship are checked against the approved configuration.
Quality inspectionSafety-device validation
Relevant brakes, interlocks, overload and emergency functions are evaluated for the machine.
Safety systemsFunctional testing
Travel, controls and operating behavior are reviewed before release, installation or commissioning.
Factory acceptanceTechnical handover
Drawings, manuals, records and project information remain connected to the delivered configuration.
DocumentationModel-specific conformity
The evidence should follow the machine—not a generic badge wall.
Applicable conformity documents, standard references, test records and operating information depend on the product category, final configuration and destination market. Verified scope should be identified beside the relevant SEKLIFT model and project file.
Product selection centre 06
Clear questions before the engineering brief.
Compare the main SEKLIFT vertical access systems, understand where each one fits, and prepare the technical information our engineering team needs to evaluate a standard product or custom-made machinery requirement.
01 What is the difference between a construction hoist and an industrial elevator?
A construction hoist is normally a temporary rack-and-pinion system used during building, renovation or infrastructure work to move personnel, materials or both between temporary landings. An industrial elevator is generally a permanent access system integrated into a factory, power plant, silo, warehouse or other operating facility.
02 Can the same construction hoist transport personnel and materials?
Only when the selected model and its approved configuration are designed for personnel-and-material use. A material-only hoist should not be presented or operated as a passenger hoist. Rated capacity, cage arrangement, landing protection, controls and applicable safety requirements must match the intended transport duty.
03 How does a mast-climbing work platform differ from a suspended platform?
A mast-climbing work platform, or MCWP, travels vertically on one or more masts and provides a broad, stable working deck for façade construction, cladding, masonry, glazing or renovation. An electric suspended platform hangs from roof rigging on steel wire ropes and is commonly selected for temporary façade work where mast support is unsuitable or unnecessary.
04 What is the difference between an electric suspended platform and a BMU system?
An electric suspended platform is usually temporary and movable between projects or façade work zones. A Building Maintenance Unit is a permanent building-integrated façade access system engineered around the roof, façade geometry and long-term inspection, cleaning and maintenance strategy of a specific building.
05 Which elevator is suitable for underground mining operations?
The correct mining access system depends on the travel route, shaft or structure, depth, personnel and material duty, environmental exposure, emergency strategy and site requirements. A rack-and-pinion mining elevator may suit some personnel and material access routes, while unusual shafts or operating conditions may require a custom-engineered system.
06 Can a bespoke architectural lift be installed in an existing villa?
A retrofit can be evaluated when the available space, number of stops, structural support, entrances, pit and headroom conditions, electrical supply and desired finishes are known. Where no suitable shaft exists, the project may require a self-supporting structure or a specially coordinated architectural solution.
07 When is custom-made machinery needed instead of a standard product?
Engineered-to-order machinery becomes relevant when standard equipment cannot satisfy the required load, dimensions, travel path, inclined route, confined structure, environmental protection or production integration. SEKLIFT can evaluate custom lifting machinery, freight platforms, rail-guided systems, material-handling equipment and project-specific vertical access solutions.
08 What information is required for a technical quotation?
Start with the project country, application, required load, personnel capacity, travel or working height, number of stops, movement route, installation environment and available structure. Drawings, CAD exports, façade plans, shaft dimensions or site photographs make the technical review more accurate. Delivery, installation, commissioning and training requirements should also be stated.
Turn the operating requirement into a technical inquiry.
The form below adjusts to the selected product family and asks for the first parameters needed to evaluate a SEKLIFT vertical access system or custom machinery project.