01
Selection
Compare load capacity, throughput, lifting height, floor layout, mechanical construction and safety before choosing a VRC.
ENGINEERING RESOURCE 03
Technical Guides
Selection, interface and project-planning guidance based on X-YES content already published on the current live website.
11
published guides
5
project-planning stages
01
Define the load
Product dimensions, weight, orientation and stability.
02
Set throughput
Units per hour, accumulation and peak operating pattern.
03
Map the route
Travel height, floors, infeed/outfeed directions and clearances.
04
Plan interfaces
Conveyors, AGVs, forklifts, controls and safety handshakes.
05
Verify operation
Testing, maintenance access, operator training and lifecycle support.
PUBLISHED KNOWLEDGE
Technical articles for better vertical conveyor decisions
Browse the published X-YES library by engineering task—from equipment selection and layout planning to guarding, material flow and component design.
02
Layout engineering
See how same-side infeed and discharge affect carrier circulation, controls, discharge routing and maintenance access.
03
Configuration comparison
Compare same-side and opposite-side layouts and understand how the route changes chains, carriers, transfers and machine footprint.
04
Safety and guarding
Review where steel enclosures and mesh guarding protect moving components while preserving inspection visibility.
05
System planning
Identify suitable applications, then evaluate product stability, throughput, interfaces and route configuration.
06
Project engineering
Follow the engineering choices behind a 9.3 m single-column lift designed for stable chemical-drum handling.
07
Material flow
Understand how carrier spacing, throughput, accumulation and multi-floor interfaces shape continuous material flow.
08
Structural design
Learn how lifting height, payload and operating conditions determine frame material and structural thickness.
09
Component detail
See how nylon blocks between tray bars support the tray, limit downward deflection and reduce contact wear.
10
Motion control
Understand how a dedicated guide supports the chain along a defined path and uses replaceable wear-resistant strips.
11
Maintenance design
See why split nylon wheels, blocks and carrier connections are custom molded for maintenance and long-term service.
BEFORE REQUESTING A QUOTATION
Five inputs prevent most early specification errors.
Good project data reduces quotation ambiguity and exposes interface risks before layout, controls and safety decisions become expensive to change.
01 Product size and weight
02 Required throughput
03 Travel height and floors
04 Infeed/outfeed layout
05 Line interface requirements
START WITH YOUR APPLICATION DATA
Need guidance for a specific layout?
Send the available dimensions, load data and preferred material route. X-YES can help identify the right system family and the information needed for a meaningful quotation.