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Hybrid Work Ergonomics: How IT Can Improve Employee Wellbeing and Productivity
In hybrid workplaces, employees split their time between offices and home environments, and not all of those environments are set up for long hours in front of a screen. While ergonomic chairs and adjustable desks get most of the attention, the devices employees use every day (e.g., mice, keyboards, headsets, webcams) have an equally significant impact on physical wellbeing and long-term productivity.
In this article, we share our own research on employee discomfort as well as practical steps you can take to build healthier workspaces for every employee and every workspace.
Why employees are feeling strain and fatigue from their work
The video-first nature of hybrid work requires tools that enable effective collaboration without creating new problems or worsening existing ones. Unfortunately, many employees are still working from makeshift home offices—often finding refuge at the kitchen counter or the couch—and using basic, outdated peripheral devices that fail to support a healthy work style.
These suboptimal conditions have created numerous issues for employees and their health. A Logitech study of people working from home with standard-issue computer peripherals revealed that:Â
58% of employees have to sit in an uncomfortable position to be on camera for video meetings.
69% of employees report physical discomfort, including eye strain, after sitting for long periods during calls.
The business impact of poor ergonomic work equipment
Working from a desk may not be the most strenuous of activities, but it sure does take a toll on our bodies and our work. According to Nature's Scientific Reports, 80.8% of workers experience injuries or conditions affecting the body's muscles, joints, and tendons, also known as work-related musculoskeletal disorders (WMSD).
While employees bear the physical pain from these injuries, businesses feel the pain from a financial and operational standpoint.
Direct costs include PTO, workers' compensation, and medical expenses.
Indirect costs include employee turnover, absenteeism, and lost productivity.
These costs can add up quickly, but by proactively investing in ergonomic solutions, you can keep costs down and employee happiness up.
Your guide to creating healthier workspaces
When you think of ergonomics, the first things that come to mind are probably chairs and desks. This makes sense as they are the foundation of a healthy workspace. But there are many other elements that contribute to optimal workstation and work habits. This checklist breaks down everything you should consider when setting up employee workstations at the office or guiding employees on how to set up their own personal workspace.
|
Workstation Element
|
Ergonomic Standard
|
Common Issue
|
|---|---|---|
|
Chair height
|
Knees at ~90°, feet flat on floor | Too high or too low, causing leg pressure |
|
Monitor height
|
Top of screen at or below eye level | Too low (causes neck flexion) or too high (causes neck extension) |
|
Monitor distance
|
~arm's length (~20–28 inches) | Too close (eye strain) or too far (squinting) |
|
Keyboard position
|
Wrists flat or slightly negative tilt | Wrist extension (angled up) is a primary repetitive strain injury (RSI) driver |
|
Mouse position
|
Same level as keyboard, close to body | Mouse too far out causes shoulder elevation |
|
Lighting
|
No glare on screen, ambient light balanced | Bright window behind screen causes reflection and eye fatigue |
|
Breaks
|
Movement every 30–60 minutes | Sustained static posture is a primary contributor to neck and back strain |
Peripheral devices make a measurable difference
Beyond furniture, the peripheral devices employees use every day play a critical yet often overlooked role in ergonomic health. Just think about the number of keystrokes and mouse clicks you make in a day. For specialized roles such as developers or data entry, those figures are likely to be considerably higher. At those high volumes, the difference between a standard device and an ergonomically designed one accumulates significantly over weeks and months.
With the right peripherals, you can reduce the micro-stresses and fatigue that lead to repetitive strain injuries (RSIs), neck pain, and eye fatigue which are the most commonly reported work complaints.
This can have a monumental impact on your business. According to a report by the University of South Florida:
Proper ergonomics can increase employee productivity by up to 25%.
Ergonomic interventions can reduce the risk of muscle fatigue by up to 60%
Logitech's ergonomic peripherals are designed around the specific physical demands your employees consistently experience. Here's how each product maps to the most common workplace discomfort drivers:
|
Discomfort Driver
|
Device Category
|
Logitech Solution
|
Key Ergonomic Benefit
|
|---|---|---|---|
|
Wrist and forearm strain from mouse use
|
Ergonomic Mouse | Lift for Business | Fingers and hands at the optimal 57° angle, improving comfort and efficiency |
|
Arm and hand fatigue
|
Ergonomic Mouse | ERGO M575 Wireless Trackball Mouse for Business | Reduce hand movement, keeping the hand and arm relaxed |
|
Wrist and forearm strain
|
Ergonomic Keyboard | Wave Keys for Business | Wave design and cushioned palm rest promotes natural typing posture |
|
Wrist extension and typing strain
|
Ergonomic Keyboard | ERGO K860 for Business | Split, curved layout with integrated wrist rest; negative tilt option |
|
Neck pain from poor posture during video calls
|
Business Webcam | Brio 505 | Take video calls at eye-level, promoting better posture than laptop camera |
|
Neck strain from holding phone during calls
|
Business Headset | Zone Vibe Wireless | Lightweight headset with soft earpads for hours of comfort and wireless design to free up hands and neck |
How IT can roll out an ergonomic peripheral program
Deploying ergonomic devices at scale requires a structured approach. Here are practical steps you can take:
Audit current equipment. Survey employees on discomfort symptoms and identify the most prevalent device-related complaints (wrist pain, neck pain, eye strain) before selecting solutions.
Prioritize high-use roles. Employees with the highest daily keystroke and mouse activity (e.g., developers, customer support, finance) benefit most from ergonomic peripherals first.
Standardize on a short list. Offering too many device options increases support complexity. Select two to three devices per category that cover the range of employee needs.
Use device management software. Logitech Sync allows you to manage, update, and monitor the health of Logitech devices across all employee locations from a single dashboard.
Educate employees. Devices only work if they're set up correctly. Pair device rollouts with a one-page workstation setup guide (see checklist above).
Build an ergonomic culture, not just an ergonomic desk
Ergonomics is most effective when it is treated as an ongoing practice rather than a one-time equipment purchase. The research is clear about work discomfort:
It accumulates gradually.
It is underreported.
It costs organizations more to react to than to proactively prevent.
You are uniquely positioned to drive proactive prevention not only by selecting the right devices, but by establishing standards, educating employees, and using device management tools to maintain those standards across every location where work happens.
The good news is that the barrier to entry is low. An ergonomic keyboard and mouse costs a fraction of a single sick day, and the ROI compounds over time as discomfort-related absenteeism and support overhead decline.
So start building a healthier, more productive workspace. Explore Logitech's full ergonomic line or contact a Logitech specialist to discuss a deployment plan tailored to your organization's needs.
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Frequently Asked Questions
What is an ergonomic workstation?     Â
An ergonomic workstation is a workspace configured to minimize physical strain during extended computer use. It typically includes an adjustable chair, properly positioned monitor, and input devices (e.g., keyboard, mouse, webcam, and headset) designed to support natural body posture. The goal is to reduce the risk of repetitive strain injuries (RSIs), neck and back pain, and eye strain over time.
What Keyboard and mouse are best for preventing wrist pain?    Â
Keyboards with a split, curved layout and integrated wrist rests, such as Logitech ERGO K860 — reduce wrist extension, a primary driver of carpal tunnel symptoms. For mice, vertical ergonomic mice such as Lift for Business keep the wrist in a handshake position, eliminating forearm pronation. Trackball mice such as the Logitech ERGO M575 eliminate wrist movement entirely by using thumb rotation instead.
How much does poor workplace ergonomics cost employers?  Â
The Bureau of Labor Statistics consistently reports that musculoskeletal disorders, the most common result of poor ergonomics, account for roughly 30% of all worker compensation costs in the US. Beyond direct medical costs, lost productivity from pain-related absenteeism and reduced output adds additional burden. Investing in ergonomic peripherals typically costs less than one day of lost productivity per affected employee.
Does a webcam make a difference for ergonomics?  Â
Yes. Laptop cameras are typically positioned low, requiring employees to angle their face downward toward the screen during video calls, a posture that increases neck strain over time. A purpose-built webcam mounted at monitor height places the camera at eye level, enabling a more natural posture. Logitech's business webcams include adjustable mounting options and auto-light correction so employees don't have to twist toward a window or adjust their seating position to appear clearly on camera.
Can ergonomics peripherals reduce IT support tickets?Â
Indirectly, yes. Devices designed for all-day use tend to be more durable, produce fewer hardware failures, and generate fewer user complaints. Standardized ergonomic devices also simplify fleet management. For example, Logitech Sync enables IT to remotely monitor device health, push firmware updates, and track usage across dispersed teams without requiring physical access to employee devices.
How should IT measure the impact of an ergonomic device rollout?
Track three indicators before and after deployment: (1) self-reported discomfort scores via employee survey, (2) absenteeism and sick-day data related to musculoskeletal complaints, and (3) IT support ticket volume for device-related issues. Surveys should ask specifically about wrist, neck, shoulder, and eye symptoms, since these are the most common ergonomic complaint categories. A 60–90 day post-deployment survey is typically sufficient to see measurable changes.
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