Eye-Safe Rangefinding
Review target reflectivity, specified range, accuracy, repetition rate, dimensions, power and host interface when selecting a compact OEM module.
Understand 1535 nm rangefinders1535 nm
Eye-Safe Rangefinding905 nm
DToF LiDAR Sensing1064 nm
Ranging & Designation4
Engineering DisciplinesERDI CAPABILITIES
Customers can explore our company, engineering process and technical knowledge before comparing 1535 nm eye-safe rangefinders, 905 nm DToF sensors, laser sources and 1064 nm ranging and designation platforms.

ERDI TECH designs and manufactures compact laser rangefinder modules, laser sources and 1064 nm ranging and designation systems for OEM integration. Our engineering work covers optical, electronic, mechanical, firmware and environmental validation from prototype through production.
Meet ERDI
Projects begin with the operating scenario, target conditions, platform limits and interface requirements. ERDI then coordinates optical design, electronics, mechanics, firmware, assembly and validation around the selected architecture.
See Our Process
Our product platforms cover 1535 nm eye-safe rangefinding, 905 nm DToF sensing, 1.54 micrometer laser sources and 1064 nm ranging and designation. Customers can compare wavelength, range, repetition rate, size, weight, power, interface and validation needs.
Explore Platforms
FROM REQUIREMENT TO VERIFIED INTEGRATION
ERDI supports OEM teams from requirement review and model selection through optical alignment, electronics, timing, communication, thermal design and finished-platform validation. Product specifications are considered together with the host system and operating environment.
Explore Our Capabilities
SELECTED ENGINEERING PLATFORMS
PRODUCT KNOWLEDGE
Review target reflectivity, specified range, accuracy, repetition rate, dimensions, power and host interface when selecting a compact OEM module.
Understand 1535 nm rangefinders
Match close-range or long-range sensing needs with update rate, field of view, sunlight performance, target reflectivity, output format and platform power budget.
Explore 905 nm sensing
Pulse energy, beam quality, repetition rate, package size, drive conditions and thermal path must be reviewed together when choosing a transmitter source.
Learn about laser sources
Energy, beam divergence, timing, pointing, serial communication, thermal design and platform qualification are coordinated at the complete-system level.
Review 1064 nm platformsSelection guides, integration notes and verification practices for laser ranging and OEM electro-optical systems.
INSIDE ERDI
WHY OEM TEAMS WORK WITH ERDI
Products are supported by coordinated engineering, model-specific documentation and practical communication from feasibility review through production integration.
Optical, electronic, mechanical and firmware work is coordinated around the host platform, interfaces and validation plan.
Coordinated EngineeringTechnical reviews use explicit wavelength, range, repetition rate, size, weight and interface parameters for the selected model.
Traceable Technical DataEnglish-language technical and commercial support helps international teams compare models, resolve interface questions and move projects forward.
Practical Project CommunicationA PRACTICAL OEM WORKING PROCESS
Model selection for UAV, EO/IR, handheld and industrial platforms.
Mechanical, electrical, timing, command and boresight coordination.
Optical, functional and environmental checks for the operating scenario.
We offer a two-year warranty covering all material and manufacturing defects. Within the first year, any defective product will be replaced with a brand-new unit free of charge.Our commitment to quality ensures reliable performance and peace of mind in every ERDI product.
We offer a 30-day trial period. If the product is free from man-made damage, you may return it within 30 days for a full refund, at no additional cost.
ERDI has established service centers worldwide, offering full on-site technical support and integrated solutions covering every stage — from material sourcing to system assembly — for applications in optoelectronics and laser countermeasure systems.