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Senior Engineer, Yilin
Customer Reviews
Our team has been using ERDI products. They provide excellent services and can quickly solve the technical problems of the products. In particular, the perfection of their entire industrial chain in the field of distance measurement has greatly facilitated our secondary development
We are very grateful to the technical engineers of ERDI for their on-site technical guidance at our company. Their visit has accelerated the research and development of our unmanned aerial vehicle (UAV) system. The products of ERDI have demonstrated remarkably stable performance.
We're extremely thankful to ERDI's engineers for coming to our office for detailed product training. Their expertise in communication modules has been a huge boon for our telecom project. The ERDI communication products we've incorporated into our system have shown outstanding stability, significantly enhancing the efficiency of our R & D work.
FAQ
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. ERDIÂ 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.
1535nm Erbium Glass High Repetition Frequency Diode Pumped Solid State Laser
The High Repetition Frequency 1535 nm laser developed and manufactured by ERDI adopts self – developed erbium laser glass and mature bonded – body packaging technology (bonded crystal based on Er: glass and Co: spinel), so it is also known as the 1535 nm micro – chip laser. This laser is Class 1 eye – safe. Because the 1535 nm laser is more easily absorbed by the human eye compared to other lasers, such as the 1064 nm Nd:YAG laser. Currently, our High Repetition Frequency offers a pulsed laser energy of 5 – 70 μJ and a frequency range of 500Hz – 5kHz. Lighter in weight and smaller in size, the 1535 nm laser operates in the infrared range and is widely used as the laser light source for lightweight LiDAR sensors and laser rangefinders.
1.54μm MINI 100uJ Erbium Laser Glass Pulsed Solid-State Laser
The 1535nm erbium – doped glass laser of ERDI uses co – doped Er:Yb phosphate glass and a semiconductor laser pumping source to generate a wavelength of 1.5μm. It belongs to a Class 1 eye – safe laser, featuring a small size and light weight. The pulse energy of this series of lasers ranges from 100 μJ , and the Pulse repetition rate is 1 – 10Hz. In laser ranging and LiDAR, especially in outdoor environments where long – distance optical transmission is required, this kind of DPSS laser is essential.
1535nm 100uJ Erbium Glass Pulsed Solid-State Laser
The 1535nm erbium – doped glass laser of ERDI uses co – doped Er:Yb phosphate glass and a semiconductor laser pumping source to generate a wavelength of 1.5μm. It belongs to a Class 1 eye – safe laser, featuring a small size and light weight. The pulse energy of this series of lasers ranges from 100 μJ , and the Pulse repetition rate is 1 – 10Hz. In laser ranging and LiDAR, especially in outdoor environments where long – distance optical transmission is required, this kind of DPSS laser is essential.
PODS30 micro-Guidance Pod
The PODS30 micro-pod features an extremely compact structure, weighing less than 90g. It is resistant to launch impacts and suitable for catapult-launched drones. Equipped with servo image stabilization, built-in tracking, and AI recognition technologies, it enables stable observation and intelligent target processing within a compact body, providing lightweight and high-performance payload support for drone missions.
PODS30B micro-Guidance Pod
The PODS30B micro guidance pod is compact and precision guided. Weighing less than 110 grams, its ultra-compact structure ensures seamless integration with small unmanned systems. Designed for catapult-launched UAVs, the PODS30B can withstand high G shocks and ensure reliable operation under extreme deployment conditions. Its servo stabilization function enables stable target acquisition and tracking, maintaining consistent performance in dynamic environments. Equipped with built-in tracking and advanced AI recognition technology, the PODS30B can automatically identify and lock onto targets with extremely high accuracy. This intelligent function significantly improves mission efficiency and success rate, making it an important tool for surveillance, reconnaissance and precision-guided operations.
PODS30C micro-Guidance Pod
The PODS30C micro-pod features an extremely compact structure, weighing less than 90g. It is resistant to launch impacts and compatible with catapult – launched drones. Equipped with servo image stabilization, built – in tracking and AI recognition technologies, it can achieve stable observation and intelligent target processing in a compact fuselage, providing lightweight and high – performance payload support for drone missions.
PODD40 micro-Guidance Pod
The PODD40 micro-pod features an extremely compact structure, weighing less than 110g. It is equipped with servo image stabilization and built-in tracking and recognition functions, supports wide-voltage input of 12-16V, and enables dynamic power consumption control. All electronic components are integrated within a metal shell package, compliant with EMC design specifications. With its small form factor, it achieves multi-dimensional high-performance operations, providing a reliable solution for scenarios requiring compact and lightweight equipment.
PODD40A micro-Guidance Pod
The PODD40A micro-pod features an extremely compact structure, weighing less than 80g. It is equipped with servo image stabilization and built-in tracking recognition functions, adopts a wide voltage input of 12-16V, and is equipped with dynamic power consumption control. All electronic components are integrated in a metal shell package, which complies with EMC design specifications, achieving an efficient balance between lightweight and functionality.
PODD40D Miniature Pod
The PODD40D Miniature pod features a lightweight structure, weighing less than 120 grams, and integrates multiple practical functions. Equipped with a servo stabilization system, it ensures smooth footage during shooting or operation; the built-in tracking function can accurately lock onto the target object. Additionally, it supports a wide voltage input range of 12-16V, adapting to various power scenarios and guaranteeing stable device operation. It is an optimal choice that combines light weight and high performance.
PODS50 Miniature Pod
The PODS50 micro-pod achieves an ultra-light weight of less than 90g with its extremely compact design. Specifically designed for catapult-launched drones, it can withstand launch impacts. Equipped with a servo image stabilization system, it ensures stable imagery during dynamic operations. Integrating tracking and AI recognition functions, it can intelligently lock onto and identify targets, adapting to the needs of complex scenarios. With its advantages in lightweight and intelligence, it provides efficient support for drone missions.
PODD60 Triple-mode micro-pod
The PODD60Â Triple-mode micro-pod features a compact structure, weighing only 85g. It is resistant to launch impacts and suitable for catapult-takeoff drones. Equipped with servo image stabilization and built-in tracking functions, it has a wide voltage input range of 12-28V and supports dynamic power consumption control. All electronic components are integrated and encapsulated in a metal shell, complying with EMC design specifications. It integrates light weight, strong adaptability, and high performance.
PODD60A Two-mode micro-pod
The PODD60A Two-mode micro-pod features a compact structure, weighing only 85g. It is resistant to launch impacts and suitable for catapult-takeoff drones. Equipped with servo image stabilization and built-in tracking functions, it has a wide voltage input range of 12-28V and supports dynamic power consumption control. All electronic components are integrated into a metal casing, which complies with EMC design specifications, integrating lightweight design, stability, and high compatibility.
PODD60L Two-mode micro-pod
The PODD60L Two-mode micro-pod features an extremely compact structure, weighing only 85g. It has the characteristic of resisting launch impact, making it suitable for catapult-launched drones. It integrates servo image stabilization and built-in tracking functions, adopts a wide voltage input of 12-28V, and is equipped with dynamic power consumption control. All electronic components are integrated in a metal shell package, which complies with EMC design specifications, combining performance and reliability.
PODD80 Payload Micro-pod
The PODD80 Payload Micro-pod features an ultra-lightweight structure, weighing less than 280 grams. It has the ability to resist launch impacts and is equipped with servo stabilization function and built-in tracking characteristics. The input voltage range is wide, from 12 to 28V. All electronic devices are integrated and packaged with a metal shell, which complies with EMC design specifications.
PODD80A Payload Micro-pod
The PODD80A Payload Micro-pod features a compact structure, weighing less than 240g. It is resistant to launch impacts and suitable for catapult – launched drones. Equipped with servo image stabilization and built – in tracking functions, it adopts a wide voltage input of 12 – 28V and supports dynamic power consumption control. All electronic components are integrated into a metal shell, which complies with EMC design specifications, providing a lightwei
PODD80A+ Payload Micro-pod
The PODD80A+ Payload Micro-pod features a compact structure and weighs less than 250g. It has the characteristic of resisting launch impact, making it suitable for catapult – launched drones. Equipped with servo image stabilization and built – in tracking functions, it adopts a wide voltage input of 12 – 28V and is provided with dynamic power consumption control. All electronic components are integrated in a metal shell, which complies with the EMC design specification, providing a stable and efficient payload solution for drone operations.
PODD80A-mipi Micro-pod
The PODD80A-mipi micro-pod features a compact structure, weighing less than 240g. It is resistant to launch impact and suitable for catapult – launched drones. Equipped with servo image stabilization and built – in tracking functions, it adopts a wide – voltage input of 12 – 28V and supports dynamic power consumption control. All electronic components are integrated into a metal shell, which complies with EMC design specifications. With extreme light weight and high reliability, it meets the mission requirements of drones.
PODD80B Payload Micro-pod
The PODD80B Payload Micro-pod features a compact structure, weighing <280g. It is resistant to launch impacts and suitable for catapult-takeoff UAVs. Equipped with servo image stabilization and built-in tracking functions, it supports wide voltage input of 14-28V and dynamic power consumption control. All electronic components are integrated into a metal housing, complying with EMC design specifications, providing an efficient and stable payload solution for UAV missions.
PODD80C Payload Micro-pod
The PODD80C Payload Micro-pod features a compact structure and weighs less than 230g. It is resistant to launch impacts, suitable for catapult – launched drones, and integrates servo image stabilization and built – in tracking functions. It adopts a wide voltage input of 14 – 28V and is equipped with dynamic power consumption control technology. All electronic components are integrated in a metal shell, which complies with EMC design specifications, ensuring both performance and reliability.
PODD80D Payload Micro-pod
The PODD80D Payload Micro-pod features an ultra-light and compact structure, weighing less than 330g. It integrates servo image stabilization, built-in tracking, and storage functions, supports wide voltage input of 12-28V, and is equipped with dynamic power consumption control. All electronic components are integrated into a metal casing, complying with EMC design specifications, achieving efficient operation through lightweight integration and multiple functions.
PODD80E Payload Micro-pod
The PODD80E Payload Micro-pod features a compact structure, weighing less than 280g, and is resistant to launch impacts, making it suitable for catapult-launched drones. It integrates servo image stabilization and built-in tracking functions, adopts a wide voltage input of 14-28V, and supports dynamic power consumption control. All electronic components are integrated into a metal casing, complying with EMC design specifications. With ultimate integration and strong environmental adaptability, it meets the efficient operation requirements of drone payloads.
PODD80G Payload Micro-pod
The PODD80GÂ Payload Micro-pod features a compact structure and weighs less than 250g. It is resistant to launch impacts, suitable for catapult-launched drones, and integrates servo image stabilization and built-in tracking functions. It adopts a wide voltage input of 14-28V and is equipped with dynamic power consumption control technology. All electronic components are integrated into a metal casing, complying with EMC design specifications, providing reliable and efficient payload support for drone missions.
PODD80AST Strapdown Seeker Micro-pod
The PODD80AST strapdown seeker micro-pod features a compact structure, weighing less than 260g. It can withstand launch impacts and is suitable for catapult – takeoff UAVs. With built – in tracking function, it supports a wide voltage input range of 12 – 28V and has the characteristic of dynamic power consumption control. All electronic components are integrated in a metal shell, which complies with EMC design specifications. It integrates light weight, high reliability and strong environmental adaptability.