ER10
High repetition · 1535nm Laser Source
- Pulse energy
- ≥10 µJ
- Repetition rate
- 5 kHz
- Pulse width
- 5 ns
- Dimensions
- 17 × 8 × 7 mm
1535nm Er:Yb Glass Pulsed Laser Sources for OEMs
Compact pulsed sources for laser rangefinders, LiDAR-related systems and precision sensing. Sixteen models from 10 µJ to 10 mJ, with the values stated per model, not per family.
- 10 µJ – 10 mJ
- 2.5 g / 14.5 mm
- 16 models
- OEM / ODM
What OEM integration actually asks of a laser source
Four questions decide whether a 1535nm source fits a programme. This range is built to answer them in the order they come up.
One gain medium, 10 µJ to 10 mJ
Sixteen models on Er:Yb glass. Moving up the energy range stays inside one material system.
Specified per model
Energy, pulse width, divergence, repetition rate, mass and body length are stated per model, not as one family range.
Mechanical and electrical fit
Body length 14.5–110 mm, drive 2–14 V at 5–100 A. Optics, mechanics and interface can be adapted.
Sample, then series
Requirement intake, technical review, sample build and verification, then design transfer with revision control.
Explore Our 1535nm Laser Source Portfolio
Two families, sixteen models. Each card carries the published values and links to that model's own page.
High-Repetition-Rate Laser Sources
Microjoule-level sources running at 500 Hz to 5 kHz for lightweight LiDAR, compact rangefinders and continuous measurement. Pulse energy from 10 µJ to 70 µJ.
4 models · Selection guide
ER20
High repetition · 1535nm Laser Source
- Pulse energy
- ≥20 µJ
- Repetition rate
- 2.5 kHz
- Pulse width
- 5 ns
- Dimensions
- 17 × 8 × 7 mm
ER40
High repetition · 1535nm Laser Source
- Pulse energy
- ≥40 µJ
- Repetition rate
- 1 kHz
- Pulse width
- 4 ns
- Dimensions
- 17 × 8 × 7 mm
ER70
High repetition · 1535nm Laser Source
- Pulse energy
- ≥70 µJ
- Repetition rate
- 500 Hz
- Pulse width
- 4 ns
- Dimensions
- 17 × 8 × 7 mm
Microchip Laser Sources
Er:Yb glass microchip sources from 100 µJ to 10 mJ for rangefinding, long-range LiDAR and remote sensing. Repetition rate is 1–10 Hz up to 800 µJ and 1–5 Hz above that.
12 models · Selection guide
MINI-100
Micro package · 1535nm Laser Source
- Pulse energy
- ≥100 µJ
- Repetition rate
- 1–10 Hz
- Pulse width
- 3.5 ns
- Dimensions
- 14.5×6.3×4.37 mm³
ER100
Micro package · 1535nm Laser Source
- Pulse energy
- ≥100 µJ
- Repetition rate
- 1–10 Hz
- Pulse width
- 6 ns
- Dimensions
- 21×8×6.8 mm³
ER200
Compact · 1535nm Laser Source
- Pulse energy
- ≥200 µJ
- Repetition rate
- 1–10 Hz
- Pulse width
- 5 ns
- Dimensions
- 21×8×6.8 mm³
ER300
Compact · 1535nm Laser Source
- Pulse energy
- ≥300 µJ
- Repetition rate
- 1–10 Hz
- Pulse width
- 5 ns
- Dimensions
- 25×8×6.8 mm³
ER400
Compact · 1535nm Laser Source
- Pulse energy
- ≥400 µJ
- Repetition rate
- 1–10 Hz
- Pulse width
- 6 ns
- Dimensions
- 35×8×6.8mm³
ER500
Compact · 1535nm Laser Source
- Pulse energy
- ≥500 µJ
- Repetition rate
- 1–10 Hz
- Pulse width
- 6 ns
- Dimensions
- 35×8×6.8mm³
ER800
Standard · 1535nm Laser Source
- Pulse energy
- ≥800 µJ
- Repetition rate
- 1–10 Hz
- Pulse width
- 7 ns
- Dimensions
- 40×8×7.5mm³
ER900
Standard · 1535nm Laser Source
- Pulse energy
- ≥900 µJ
- Repetition rate
- 1–5 Hz
- Pulse width
- 7 ns
- Dimensions
- 40×8×7.5mm³
ER2000
High energy · 1535nm Laser Source
- Pulse energy
- ≥2 mJ
- Repetition rate
- 1–5 Hz
- Pulse width
- 12 ns
- Dimensions
- 60×25×13.5mm³
ER4000
High energy · 1535nm Laser Source
- Pulse energy
- ≥4 mJ
- Repetition rate
- 1–5 Hz
- Pulse width
- 12 ns
- Dimensions
- 60×25×13.5mm³
ER8000
High energy · 1535nm Laser Source
- Pulse energy
- ≥8 mJ
- Repetition rate
- 1–5 Hz
- Pulse width
- 13 ns
- Dimensions
- 110×40×24.5mm³
ER10000
High energy · 1535nm Laser Source
- Pulse energy
- ≥10 mJ
- Repetition rate
- 1–5 Hz
- Pulse width
- 12 ns
- Dimensions
- 110×40×24.5mm³
Designed Around Real Integration Requirements
Different systems require different combinations of optical performance, mechanical dimensions, electrical interfaces, and operating conditions. Explore application requirements to identify the specifications most relevant to your project.
Laser Rangefinding
What a rangefinder asks of its source, and which models fit the electrical and aperture budget.
LiDAR-Related Systems
kHz scanning and millijoule long range are two different problems; the guide separates them.
Optical Sensing
Sensing and measurement systems that benefit from a 1.5 µm eye-safe wavelength.
OEM Integration
Design-in support for package, interface and operating-condition constraints.
How an OEM project starts here
The same sequence for a first sample and for a production programme.
- 1 · Requirement intake
Application, energy, pulse width, repetition rate, package envelope, interface and acceptance criteria. What to include in the first message. - 2 · Technical review
We check the requirement against the existing platform and reply with the open questions, not a brochure. - 3 · Sample and verification
Build, measure and review against the agreed specification before any volume commitment. - 4 · Design transfer
Test instructions, release record and revision control for the configuration you qualified.
Technical Resources for Faster Product Evaluation
Find product datasheets, mechanical drawings, integration notes, and technical FAQs to support your engineering evaluation and system design.
Package Dimensions
2.5–220 g, 14.5–110 mm, with mounting and alignment notes.
Open the dimension guideTechnology & Integration
Er:Yb glass, 1535 nm against 905 nm, drive and thermal.
Read the technology pageGlobal Partners
Certifications & Credentials
Looking for a Custom Laser Source Solution?
If your project requires a specific package, interface, operating condition, or other product configuration, share your requirements with our team. We will review the technical feasibility and clarify the next steps.
Performance, customisation, quality, size, delivery and cost — what we claim, and what we do not.
Discuss Your Custom RequirementsLet's Discuss Your 1535nm Laser Project
Tell us about your application, key technical requirements, and integration constraints. Our team can review the information and help determine the most appropriate next step.
Request a Quote