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We are a national high-tech enterprise in China. For each product, we cover the entire industrial chain, ranging from research and development to manufacturing, and then to technical service solutions.

We provide samples and will try our best to keep the fees as low as possible. If you are our regular customer, we will offer some free samples.

You can contact sales online to get latest price; Or you can leave message to us. Our sales will contact you as soon as possible. And the price we provide is normally FOB price.

We accept payments via T/T, PayPal and LC.

Our minimum order quantity is 1 pc.

Please contact sales to confirm if we still have goods in stock. If yes, we will ship goods to you in one week time after we receive your payment. If not, please confirm with sales.

Usually we ship goods to customer via express, such as DHL, FedEx, UPS, TNT or airway transportation. You can also ask us to send goods to your forwarder in China. And we will pay domestic freight.

Yes, we provide OEM/ODM service. Lead time of customized products need to be confirmed with sales. Usually we will ship products after 2 months time after we receive customer’s payment.

Our skilled and friendly salesmen are ready to answer your questions about our products and services at any time, from product selection to application. Free technical consultation services are offered by request. Our experienced engineers are here to cooperate with you on your special requirements or OEM designs.

The specifications of our products are subject to change without notice. Please ask necessary questions before you order.

Laser products are warranted to conform to ERDI’ s published specifications and to be free from defects in materials and workman-ship for a period of twelve months starting on the shipping date. ERDI will repair or replace (at our decision) ASAP without charge, any part(s) found to be defective during the warranty period.

Our warranties do not cover damages due to misuse, negligence or accidents or due to installations, repairs or adjustments not authorized by ERD.

If a problem occurs and can’t be solved by phone, fax, or email, you may return products to ERDI. Please contact us for a Return Material Authorization (RMA) number prior to shipping the laser. We’ll provide you details on shipping and customs information with the RMA number. All lasers and components should be carefully packed to avoid damage during shipment.

1064 nm Laser Rangefinder and Laser Target Designator Integrated System -100mJ

LDR100K1 1064nm 100mJ Single-lens Laser Ranging and Laser Irradiation System The ranging capability for NATO targets is ≥ 25 km. The ranging frequency is 1~ 25 Hz. The laser illumination distance is ≥8 km. The pulse width is ≥ 15 ns ± 5 ns. The beam divergence angle is ≤ 0.15 mrad. The weight is ≤1500 g.

905nm Pulsed Laser Rangefinder Module

This semiconductor pulse laser rangefinder sensor has a laser wavelength of 905nm and a ranging capability of over 1200 meters.It utilizes MCU+ADC+FPGA technology,features a UART-TTL interface,and comes with accompanying testing software for easy further development by users.With a small size and a weight of only 20g,it offers high precision and stable performance,and is widely used in aviation,communication,geology,police services,and outdoor sports.

1200m Semiconductor Pulse Rangefinder Module

The ERDI LRF1200A is a high-performance semiconductor laser rangefinder module designed for a wide range of applications, including handheld rangefinders, micro UAVs, and rangefinder scopes. It utilizes a 905nm laser diode to achieve a ranging distance of 5 to 1200 meters with exceptional accuracy. It features a UART (TTL_3.3V) data transmission interface and provides upper computer software and a communication protocol command set, making it convenient for users to develop secondary applications.

1535nm Eye-safe Laser Ranging Module-LRF0105C

The 1535nm erbium glass laser rangefinder is developed and produced using the self – developed bonded crystal erbium glass laser. It belongs to the Class 1 eye – safe laser rangefinder. It can measure NATO targets at a distance of ≥3000m, featuring a small size and low power consumption. It is a precision optoelectronic product that calculates distance information by emitting laser to the target to be measured and based on the laser flight time. This laser rangefinder achieves communication through a 3.3V TTL communication interface, and is characterized by outstanding performance and simple operation.

1535nm Eye-safe Laser Ranging Module-LRF0308C

The LRF0308C eye-safe laser ranging module uses a 100μJ 1535nm microchip laser, and the ranging distance to NATO targets is ≥3000m. Its volume is ≤48×30.5×21 mm, and the weight is ≤32g. The ranging frequency is 1~10Hz, with a TTL interface. It is widely applied in laser ranging, Unmanned Aerial System (UAS), optical pods, border monitoring, etc.

1535nm Eye-safe Laser Ranging Module-LRF0405C

The LRF0405C eye-safe laser ranging module uses a 200μJ 1535nm microchip laser, and the ranging distance to NATO targets is ≥4000m. Its volume is ≤48×30.5×21 mm, and the weight is ≤32g. The ranging frequency is 1~10Hz, with a TTL interface. It is widely applied in laser ranging, Unmanned Aerial System (UAS), optical pods, border monitoring, etc.

1535nm Eye-safe Laser Ranging Module-LRF0610C

LRF0610C eye-safe laser ranging module uses a 200μJ 1535nm microchip laser, and the ranging distance to NATO targets is ≥6000m. Its volume is ≤70mm×32mm×40mm, and the weight is ≤90g. The ranging frequency is 1~10Hz, and it supports power supply through UART (TTL_3.3V). It is widely applied in laser ranging, Unmanned Aerial System (UAS), optical pods, border monitoring, etc.

1535nm Eye-safe Laser Ranging Module-LRF0612C

LRF0612C eye-safe laser ranging module uses a 200μJ 1535nm microchip laser, and the ranging distance to NATO targets is ≥6000m. Its volume is ≤65mm×48mm×32mm, and the weight is ≤59g. The ranging frequency is 1~10Hz, and it supports power supply through UART (TTL_3.3V). It is widely applied in laser ranging, Unmanned Aerial System (UAS), optical pods, border monitoring, etc.

1535nm Eye-safe Laser Ranging Module-LRF0815C

The LRF0815C laser rangefinder features eye protection, a compact design, light weight, energy efficiency, durability, and a wide temperature range. Its versatility shines brightly in reconnaissance, measurement, and mapping tasks. This module has no casing and is equipped with multiple interfaces, allowing it to be smoothly integrated into any system. In addition, it is equipped with PC host computer software and embedded software, enabling seamless integration into handheld and multifunctional systems.

1535nm Eye-safe Laser Ranging Module-LRF0816C

LRF0816C eye-safe laser ranging module uses a 300μJ 1535nm microchip laser, and the ranging distance to NATO targets is ≥8000m. Its volume is ≤65mm×48mm×32mm, and the weight is ≤59g. The ranging frequency is 1~10Hz, and it supports power supply through UART (TTL_3.3V). It is widely applied in laser ranging, Unmanned Aerial System (UAS), optical pods, border monitoring, etc.

1535nm Eye-safe Laser Ranging Module-LRF1017C

The LRF1017C laser rangefinder features eye protection, a compact design, light weight, energy efficiency, durability, and a wide temperature range. Its versatility shines brightly in reconnaissance, measurement, and mapping tasks. This module has no casing and is equipped with multiple interfaces, allowing it to be smoothly integrated into any system. In addition, it is equipped with PC host computer software and embedded software, enabling seamless integration into handheld and multifunctional systems.

1535nm Eye-safe Laser Ranging Module-LRF1221C

The LRF1221C laser rangefinder features eye protection, a compact design, light weight, energy efficiency, durability, and a wide temperature range. Its versatility shines brightly in reconnaissance, measurement, and mapping tasks. This module has no casing and is equipped with multiple interfaces, allowing it to be smoothly integrated into any system. In addition, it is equipped with PC host computer software and embedded software, enabling seamless integration into handheld and multifunctional systems.

1535nm Eye-safe Laser Ranging Module-LRF1525C

The ERDI LASER® LRF1525C laser rangefinder features single-pulse ranging, continuous ranging, distance selection, front and rear target display, self-check function, and an adjustable continuous ranging frequency (1 ~ 10Hz). Equipped with PC host computer software and embedded software, it can be seamlessly integrated into handheld and multifunctional systems. It is widely applied to optoelectronic reconnaissance systems on various platforms, such as ground vehicles, lightweight portable devices, airborne, naval, and space exploration applications.

1535nm Eye-safe Laser Ranging Module-LRF1830C

The LRF1830C laser ranging module is a long-range laser rangefinder based on the 1535nm glass laser independently developed by Erdi. It adopts the single-pulse TOF (Time of Flight) ranging method, and the range can reach ≥18km for an objective of 4m×6m. It is composed of a laser, a transmitting optical system, a receiving optical system, and a control circuit board. Through the RS422 serial port and embedded software, it is convenient for users to conduct secondary development. Its main functions include single ranging and continuous ranging, three-target ranging, front and rear target indication self-check function (including: current APD temperature, high voltage value, internal voltage, and blind zone value), and standby wake-up function.

160mJ Laser Target Designator & Laser Ranging System

LR160 1064nm 160mJ Laser Target Designator & Laser Ranging System The ranging capability for NATO targets is ≥ 30 km. The ranging frequency is 1~ 20Hz. The laser illumination distance is ≥20 km. The pulse width is ≥ 15 ns ± 5 ns. The beam divergence angle is ≤ 0.2 mrad. The weight is ≤3.3 kg.

2000m 905nm Semiconductor Pulse Rangefinder Module

This product is developed based on a 905nm semiconductor laser. It is mainly composed of the laser emission part, receiving antenna, detection component, hardware circuit board, main structure, etc. It has the characteristics of small size, light weight, and long measurement distance. Its application fields include handheld rangefinders, micro-unmanned aerial vehicles, ranging telescopic sights, etc. It is equipped with a Uart (TTL_3.3V) data transmission interface and provides host computer software and a communication protocol instruction set, which facilitates users’ secondary development.