Device sharing bottlenecks
across classrooms, offices
and libraries
- Products
- Solutions
- Where To Buy
- Support
- Sustainability
Everyday challenges inside education environments
Across South East Asia, education systems face persistent challenges in quality, access and
outcomes, placing greater pressure on schools to do more with limited resources.
High-printing cost
constraints from ongoing,
high-volume printing
Outdated display technology
that limits visibility and student
engagement
Multiple vendors increase
management complexity, while
limited screen size reduces
learning visibility
Solutions that fit the way education works
From classrooms to shared learning spaces, Epson helps create connected, engaging and efficient learning environments.
Learning without limits
EB-FH54 projector wireless connectivity
via airplay 2 and miracast, with projection
up to 300 inches
Print with confidence
Keep high-volume printing running
smoothly with Dust-Free¹, Heat-Free²
and Stress-Free³ printing that helps
improve productivity while lowering operating costs.
Learning that
everyone can access
Give students and staff the freedom to print securely and collaborate in interactive spaces designed for modern learning.
Work smarter every day
Simplify document management,
protect sensitive information and make
every meeting more productive, even
in compact spaces.
Big impact for every audience
Deliver bright, immersive presentations
with flexible installation and lower long-term
ownership costs for large venues.
Proven in real education environments
Across the region, education institutions are transforming teaching and operations with
Epson solutions, improving efficiency, accessibility and engagement at scale.
Empowering every learning experience
Discover solutions designed to support teaching, learning and campus operations.
Keep learning moving
Business Inkjet printers
Reliable, cost-efficient printing that helps educators, staff and students stay productive every day
Bring bigger
ideas to life
Large format printers
Create impactful learning materials, posters and displays that inspire students and enrich every learning environment.
Make every lesson more engaging
Education projectors
Create immersive learning experiences that help students stay focused, connected and inspired.
Bring every presentation to life
High brightness projectors
Deliver bright, captivating visuals that inspire learning and leave a lasting impression.
Let’s find the right fit for your institution
Step 1:
Assess current environment and usage patterns
Step 2:
Identify opportunities to right-size and optimise
Step 3:
Design a solution fit for classrooms, admin and shared spaces
Step 4:
Plan scalable deployment across campus
Disclaimers:
All images are simulated.
1 This test was conducted by Epson Korea at the request of KTL (Korea Testing & Research Institute) to measure the emission of fine and ultrafine dust, ozone, and volatile organic compounds before and after the operation (printing) stage of each product. The test was conducted using the test standards, methods, and printing patterns specified in KS X ISO/IEC 28360-1:2018.
* The results of this test are the test results for the field accredited by a Korean accreditation body that has signed the Mutual Recognition Agreement of International Testing Laboratory Accreditation Cooperation Organizations, and were evaluated and written in accordance with the emission standards of domestic eco-label certification (printer) and the emission standards related to the German BLUE Angel label.
* The definitionsof fine and ultrafine dust mentioned in this test are as follows.
• Fine particles (FP): particles with a diameter between 0.1 μm and 2.5 μm
• Ultrafine particles (UFP): particles with a diameter of 0.1 μm or less
* The criteria for each limit of quantification1 and ‘unquantifiable’ for the result values of below limit of quantification (BLQ) and ‘unquantifiable’ mentioned in this test are in accordance with KS X ISO/IEC 28360-1:2018 and are as follows.
• No detectable fine/ultrafine dust generated from the printer during operation: ΔCP ≤ 1000 cm⁻³ (ΔCP: difference in total particle number concentration at the start/end of operation.)
2 Testing was commissioned by Epson and conducted by Keypoint Intelligence. One specific model was selected from colour laser multi-function printers in the 65–70ppm class. Epson WorkForce Enterprise WF-C21000 with 100ppm (equivalent model in Europe was used during the evaluation). This data is as of September, 2020. Devices were tested in default mode as per Keypoint Intelligence’s proprietary standard energy consumption test methods. Calculations were based on a weekday workload of 2 × 4 hours printing + 16 hours in sleep/standby mode, and weekend energy use of 48 hours in sleep/standby mode. A total of 69 pages of workload test patterns using DOC, XLS, PPT, HTML, PDF files and Outlook email messages were printed six times in each 4-hour printing period.
3 Testing was commissioned by Epson and conducted by Keypoint Intelligence. One competitor model was selected from worldwide best-selling vendor1 in the 65ppm and 70ppm colour laser multi-function printer. Epson WorkForce Enterprise WF-C20600 with 60ppm (equivalent model in Europe was used during the evaluation). Consumables and periodic replacement parts required to print 1M pages. The weight includes all used consumables, periodical replacement parts and their packaging. Test printed pattern used was ISO24712.
All images are simulated.
1 This test was conducted by Epson Korea at the request of KTL (Korea Testing & Research Institute) to measure the emission of fine and ultrafine dust, ozone, and volatile organic compounds before and after the operation (printing) stage of each product. The test was conducted using the test standards, methods, and printing patterns specified in KS X ISO/IEC 28360-1:2018.
* The results of this test are the test results for the field accredited by a Korean accreditation body that has signed the Mutual Recognition Agreement of International Testing Laboratory Accreditation Cooperation Organizations, and were evaluated and written in accordance with the emission standards of domestic eco-label certification (printer) and the emission standards related to the German BLUE Angel label.
* The definitionsof fine and ultrafine dust mentioned in this test are as follows.
• Fine particles (FP): particles with a diameter between 0.1 μm and 2.5 μm
• Ultrafine particles (UFP): particles with a diameter of 0.1 μm or less
* The criteria for each limit of quantification1 and ‘unquantifiable’ for the result values of below limit of quantification (BLQ) and ‘unquantifiable’ mentioned in this test are in accordance with KS X ISO/IEC 28360-1:2018 and are as follows.
• No detectable fine/ultrafine dust generated from the printer during operation: ΔCP ≤ 1000 cm⁻³ (ΔCP: difference in total particle number concentration at the start/end of operation.)
2 Testing was commissioned by Epson and conducted by Keypoint Intelligence. One specific model was selected from colour laser multi-function printers in the 65–70ppm class. Epson WorkForce Enterprise WF-C21000 with 100ppm (equivalent model in Europe was used during the evaluation). This data is as of September, 2020. Devices were tested in default mode as per Keypoint Intelligence’s proprietary standard energy consumption test methods. Calculations were based on a weekday workload of 2 × 4 hours printing + 16 hours in sleep/standby mode, and weekend energy use of 48 hours in sleep/standby mode. A total of 69 pages of workload test patterns using DOC, XLS, PPT, HTML, PDF files and Outlook email messages were printed six times in each 4-hour printing period.
3 Testing was commissioned by Epson and conducted by Keypoint Intelligence. One competitor model was selected from worldwide best-selling vendor1 in the 65ppm and 70ppm colour laser multi-function printer. Epson WorkForce Enterprise WF-C20600 with 60ppm (equivalent model in Europe was used during the evaluation). Consumables and periodic replacement parts required to print 1M pages. The weight includes all used consumables, periodical replacement parts and their packaging. Test printed pattern used was ISO24712.