TEST 2 ERGONOMICS

To increase tool weight

To promote user strength

To prevent ergonomic injuries and discomfort

To make tools more expensive

Use of minimal sound feedback

Voice commands and customizable shortcut keys

Incorporating high-speed animations

Visual overlays and complex menus

It allows for maximum force exertion

It minimizes stress and strain on the hand and wrist

It enhances fine motor skills

It improves hand aesthetics

When performing repetitive tasks

When showing off hand flexibility

When using hand tools with sharp edges

When emphasizing speed over comfort

Aesthetics

Ease of assembly

Accessibility and ease of use

High production costs

Complex control mechanisms

Customized product dimensions

Standardized handles and controls

Dimly lit displays

By having a hard, rigid backrest

By promoting poor posture

By providing proper lumbar support and adjustability

By having no armrests

Highly polished and slippery flooring

Complicated navigation paths

Non-slip flooring surfaces

Narrow doorways and entrances

To limit user choices

To increase production costs

To accommodate various user preferences and needs

To standardize wheelchair dimensions

To improve aesthetics

To reduce material costs

To prevent tipping and ensure user safety

To increase the wheelchair's speed