MOR WHEEL TECHNOLOGIES

Choose how the
movement should feel.

The base MOR technology defines the roller architecture. Standard, On-ICE and Silent Steel define the design direction at the wheel, bearing and track interface.

Compare the three ↓Choose visually ↗Request catalogue ↗

THREE DIRECTIONS

Same question.
Different priorities.

There is no universal best wheel. Track material, panel load, available diameter, operating-force target, environment and noise expectations all affect the decision.

Technology	Primary direction	What changes	Technical check
Standard	Balanced MOR baseline	Proven wheel-and-bearing starting point	Load, diameter, material and track
On-ICE	Lower operating force	Tyre material, bearing selection and geometry	Compatibility and measured force target
Silent Steel	Steel load capacity with quieter guidance	Steel load-bearing core plus polymer flanks	Track section, contact and environment

STANDARD

The proven
starting point.

Standard is the baseline MOR wheel direction: a practical balance of wheel, bearing and running-surface choices for compatible applications. It is the right first selection when the project does not yet have a specialist operating-force or track-contact requirement.

Standard does not mean generic. Wheel diameter, quantity, material and bearing specification still respond to the load and system envelope.

Select Standard ↗

ON-ICE

Develop the
last resistance out.

On-ICE starts with the MOR foundation and revisits the elements that influence operating force: the tyre material at the track, the bearing package and the wheel geometry.

The objective is lighter movement without treating a single material or bearing as a magic answer. The complete interface must be evaluated together.

Select On-ICE ↗

SILENT STEEL

Steel carries.
Polymer guides.

Steel can provide strong load-bearing performance, but repeated steel-on-steel flank contact can introduce noise and wear. Silent Steel separates the jobs: a steel core carries the load while polymer flanks guide the wheel.

The result is a design direction for demanding track contact where load capability and acoustic behaviour need to be considered together.

Select Silent Steel ↗

FINAL SELECTION

Wheel choice is
application-specific.

The selector records your intent. CiiLOCK Engineering confirms which wheel technology is available for the selected base, load, dimensions, track, environment and cycle requirement.

Use the guided selector ↗Watch the wheel explainers ↗

Choose how themovement should feel.

Same question.Different priorities.

The provenstarting point.

Develop thelast resistance out.

Steel carries.Polymer guides.

Wheel choice isapplication-specific.