筒式水阻尼枪弹抓弹器——水阻尼无损捕获·链式提升便捷回收·集成化废气弹壳管理·室内实弹射击场高效安全子弹回收系统（公安武警室内射击训练/商业射击场/武器测试机构核心保障装备）

 

筒式水阻尼枪弹抓弹器——水阻尼无损捕获·链式提升便捷回收·集成化废气弹壳管理·室内实弹射击场高效安全子弹回收系统（公安武警室内射击训练/商业射击场/武器测试机构核心保障装备）

〖重要合规前置声明〗 本产品为国家管制类警用实弹射击训练保障专用特种装备，仅面向具备法定执法权限与警用武器训练资质的各级公安机关、武警部队、司法行政机关人民警察培训机构、公安院校、商业射击场及授权警务技能训练基地定向研发、生产与供应，严禁向任何个人、无资质企业及非授权单位销售或提供。本设备的购置、安装、使用与管理，必须严格遵守《中华人民共和国枪支管理法》《公安机关公务用枪管理使用规定》及国家关于警用实弹射击训练场地建设、武器训练安全管理与环境保护的相关法律法规与行业技术标准，必须由经过专业培训、取得相应武器训练或靶场管理岗位资质的人员规范操作，严禁无资质单位和个人违规购置、使用、转让本装备，严禁在未经安全验收的场地或不符合射击安全规范的条件下安装与使用，严禁将本设备用于除防爆枪、狙击步枪等大威力特种枪支以外的常见制式轻武器的射击训练与弹头回收。

产品概述

筒式水阻尼枪弹抓弹器——水阻尼无损捕获·链式提升便捷回收·集成化废气弹壳管理·室内实弹射击场高效安全子弹回收系统（亦称筒式水阻尼枪弹抓弹器、水阻尼子弹回收器）是一款专为室内实弹射击场设计的高效、安全子弹回收装备，属于公安武警室内射击训练、商业实弹射击体验及武器测试机构弹头回收领域的核心保障设备。该产品由北京毕思特联合科技有限公司出品，通过创新的水阻尼技术与链式提升机构，专为在室内实弹射击训练中实现对手枪、小口径步枪等常见制式轻武器发射弹头的无损捕获、便捷回收与再利用深度定制，同时集成排气风机与可调式捕壳器，有效管理射击产生的烟气与弹壳，完美适配公安武警室内射击训练中心的密集训练需求、商业射击场的日常客户体验、武器研制与测试机构的弹头性能检验及警校射击教学等多种专业场景。系统核心采用不锈钢内胆水箱，以水作为阻尼介质——弹头射入水中后迅速减速并被完好捕获，实现无损抓弹，便于弹头的后续回收利用或检验；内置不锈钢链式提升机构，操作人员通过手动旋转约六圈即可将沉于水箱底部的弹头提升至取物口，全程无需排放水箱内的水，省时省力。整机采用彩色喷漆钢制外壳，结构稳固防震，自重约310公斤，设计射击寿命可达12000发左右，从根本上解决了传统钢板收弹器因弹头撞击变形导致回收弹头无法再利用、需频繁更换受损收弹板以及射击烟气与弹壳管理不便等长期困扰室内射击场的实战痛点，能够为靶场管理人员提供“水阻尼无损抓弹、链式提升不放水取弹、废气弹壳集成管理、重型结构长寿命” 的高效环保射击训练保障能力，是构建现代化、高利用率专业警用室内射击场的基石性关键装备。

技术原理

该抓弹器基于液体阻尼减速与机械提升回收复合原理工作。在弹头捕获层面，设备核心为不锈钢内胆水箱，箱内灌注清水作为阻尼介质。当射手发射的弹头以高速射入水中后，水的密度远大于空气，弹头在水中受到的粘性阻力与惯性阻力呈指数级增长，使其在极短距离内迅速减速至静止。由于水介质的柔性特性——不同于钢板或沙袋的硬性撞击——弹头在减速过程中几乎不发生机械变形或表面损伤，完整保持发射后的弹头形态与膛线痕迹特征，实现真正的“无损抓弹”。减速后的弹头在重力作用下自然沉降，沉积于水箱底部的不锈钢链式提升机构的取弹斗内。

在弹头回收层面，链式提升机构由不锈钢链条、取弹斗、顶部手摇轮盘及取物口组成。当需要回收弹头时，操作人员手动旋转顶部手摇轮盘约六圈，链条带动取弹斗沿水箱内侧轨道缓慢上升，将沉积于斗内的弹头提升至取物口。取弹斗在到达顶部极限位置时自动倾翻，将弹头倒入取物口容器内，随后反向摇动手轮使取弹斗复位至水箱底部。整个取弹过程无需排放水箱内的水，既避免了频繁注排水造成的资源浪费与操作延误，也保持了水箱阻尼性能的持续稳定。

在废气与弹壳管理层面，水箱顶部配备两个排气风机，可迅速将筒内射击产生的烟气抽排至室外或净化系统，保持射手位与靶场环境的空气清洁。入射口下方设有可调可移式捕壳器，配合不锈钢弹壳收集网兜，可有效收集抛出的弹壳，便于后续清理与回收。在结构安全层面，入射口采用弹簧卡口设计，能有效防止枪支在射击过程中意外跳离或位移，提升操作安全性。整机采用彩色喷漆钢制外壳，内部结构经专门防震避震设计，确保连续射击时的设备稳定。

核心功能与合规实战价值

水阻尼无损抓弹与完整弹头回收，保障训练用弹的循环利用与弹道检验的弹头保全
设备采用不锈钢内胆水箱以水作为阻尼介质，弹头射入水中后在柔性阻力作用下迅速减速至静止，完整保持发射后的弹头形态、膛线痕迹及表面微观特征。相较于传统钢板收弹器因硬性撞击导致弹头严重变形甚至碎裂——回收弹头只能作为废金属处理、无法进行膛线比对或复用——本系统的水阻尼无损捕获技术从根本上保全了弹头的完整性，使回收弹头经清洗后可直接用于枪弹性能复检、膛线特征比对或金属材料回收再利用，为武器测试机构的弹头检验与公安武警训练用弹的循环利用提供了传统设备无法实现的技术可能。操作流程完全符合《公安机关公务用枪管理使用规定》关于射击训练须规范管理弹药的要求。

链式提升不放水取弹，实现弹头回收操作的省时省力与靶场训练的连续不间断
设备内置不锈钢链式提升机构，操作人员仅需手动旋转顶部手摇轮盘约六圈，即可将沉于水箱底部的弹头提升至取物口倾倒回收，取弹完成后反向摇动手轮使取弹斗复位。整个取弹过程无需排放水箱内的水——避免了传统水阻尼设备需定期放水捞取弹头造成的时间延误、水资源浪费及阻尼性能中断——在密集训练轮换间隙即可快速完成弹头回收并立即恢复射击。该便捷取弹设计使靶场在连续高强度训练中无需因弹头堆积过多而中断训练进程，从后勤保障层面显著提升了室内射击场的使用效率与训练连续性，契合公安武警训练对靶场设备高效运行的实战要求。

集成化废气抽排与弹壳收集管理，营造清洁安全的室内射击训练环境
水箱顶部配备两个排气风机，可迅速将筒内射击产生的含铅烟气抽排至室外或接入净化系统，有效降低射手位与靶场室内空气中的有害颗粒物浓度，保障长期在室内靶场工作的射击教官、训练民警及商业射击场工作人员的职业健康与呼吸安全。入射口下方设置可调可移式捕壳器及不锈钢弹壳收集网兜，射击过程中抛出的弹壳被网兜集中收集，避免弹壳散落地面造成人员滑倒或影响训练秩序，训练结束后可一次性清空回收。该集成化废气与弹壳管理设计从环境健康与现场安全双重维度保障了室内射击训练的规范化运行，完全契合室内射击场建设标准对通风排烟与场地安全的管理要求。

重型防震结构与长射击寿命设计，支撑高频次密集训练中的持续稳定运行
整机采用彩色喷漆钢制外壳，内部结构经专门防震避震设计，在连续高密度射击工况下保持设备整体稳定，不因频繁弹头冲击产生结构共振或位移。设备自重约310公斤，设计射击寿命可达12000发左右，经久耐用，满足公安武警室内射击训练中心及商业射击场长期高频次使用的可靠性需求。入射口弹簧卡口设计有效防止枪支在射击过程中意外跳离或位移，保障射手操作安全。

合规应用场景

公安武警室内射击训练中心的大规模密集训练保障场景
在公安机关及武警部队的室内实弹射击训练中心，本抓弹器作为射击靶位后方弹头回收的核心设备，服务于民警手枪、小口径步枪等常规轻武器的日常训练、年度轮训及新警入职培训的大规模密集射击需求。水阻尼无损抓弹保障了训练用弹的回收复用，链式提升不放水取弹保障了训练进程的连续不间断，排气风机保障了长时间室内密集射击的空气质量，为公安武警射击训练的常态化高效运行提供了可靠的后勤保障。

商业室内实弹射击场的日常客户体验与运营保障场景
在面向公众开放的商业射击场，本抓弹器部署于各射击靶位后方，为体验射击的客户提供安全稳定的弹头回收服务。废气抽排系统有效维持射击场内空气清新，为顾客营造舒适体验环境；链式便捷取弹设计便于工作人员在营业间隙快速回收弹头并清理弹壳，提升射击场运营效率与客户周转率。

武器研制与测试机构的枪弹性能检验弹头回收场景
在武器研制单位及枪弹性能测试机构，本抓弹器用于对特定枪弹进行性能测试后的弹头无损回收——完整保存弹头的膛线痕迹、表面形变特征及弹体完整性，为后续膛线比对、弹道分析及枪弹性能评估提供原始实物依据。水阻尼无损捕获技术保障了测试弹头的完整保全，是武器测试环节不可替代的弹头回收手段。

核心技术参数

外形尺寸方面，整机尺寸约350厘米（长）× 54厘米（宽）× 162厘米（高），射击筒长度340厘米。设备自重约310公斤。取弹方式采用手动链式提升，手摇约6圈完成一次取弹循环，无需放水即可完成弹头无损回收。核心材质方面，内胆为不锈钢，外壳为彩色喷漆钢制，整体结构牢固防震。关键配件方面，配备可调可移式捕壳器、不锈钢弹壳收集网兜及排气风机。设计射击寿命可达12000发左右。适用枪型方面，适用于除防爆枪、狙击步枪等大威力特种枪支以外的常见制式轻武器。

合规实战应用案例

某市公安局室内射击训练中心长期承担全局在职民警的年度轮训及新警入职培训射击任务，日训练量密集。在安装本筒式水阻尼枪弹抓弹器之前，该中心使用传统钢板收弹器，因弹头撞击钢板严重变形，回收弹头只能作为废金属处理，且钢板需频繁更换维护。安装本抓弹器后，射击训练产生的弹头经水阻尼无损捕获后完整回收，经清洗后部分可重新用于后续训练，显著降低了训练用弹的采购成本。链式提升不放水取弹设计使靶场在轮训换人间隙即可快速回收弹头并恢复射击，无需因取弹而中断训练进程。顶部排气风机有效改善了室内靶场的空气质量，民警训练反馈良好。该中心靶场改造后运行效率与环保水平获得显著提升。

某省级武器测试机构在对手枪新型弹种进行性能测试时，需对发射后的弹头进行膛线痕迹比对与弹体完整性分析。测试人员使用本筒式水阻尼枪弹抓弹器，发射后的弹头在水中无损捕获，完整保持了弹头的膛线痕迹与表面特征，为后续膛线比对显微镜检验与弹道分析提供了完整的原始实物依据。测试人员通过链式提升机构便捷回收弹头，测试流程顺畅高效，为新型弹种的顺利定型提供了可靠的技术保障。

厂家信息：北京毕思特联合科技有限公司
网址：https://www.bestlh.com
地址：北京市亦庄开发区经海六路一号院尖子班 C9 独栋
电话：010-56526048

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Cylindrical Water-Damped Bullet Arrestor — Water Damping Non-Destructive Capture · Chain Lifting Convenient Retrieval · Integrated Exhaust Gas & Shell Case Management · Efficient & Safe Bullet Recovery System for Indoor Live-Fire Shooting Ranges (Core Support Equipment for Public Security & Armed Police Indoor Shooting Training / Commercial Shooting Ranges / Weapon Testing Institutions)

Global site URL：https://xilankeji.en.alibaba.com

〖Important Compliance Precaution〗 This product is a state-controlled specialized support equipment for police live-fire shooting training, which is solely developed, produced and supplied to authorized entities such as public security organs, armed police forces, people's police training institutions of judicial administrative organs, police academies, commercial shooting ranges, and authorized police skill training bases with statutory law enforcement authority and police weapons training qualifications. Any sale or supply to individuals, non-qualified enterprises and unauthorized units is strictly prohibited. The procurement, installation, use and management of this equipment must strictly comply with the Law of the People's Republic of China on the Control of Firearms, the Provisions on the Administration and Use of Official Firearms by Public Security Organs, and national laws, regulations and industrial technical standards regarding the construction of police live-fire shooting training venues, the safety management of weapons training, and environmental protection. Operation must be carried out exclusively by professionally trained personnel holding corresponding weapons training or range management post qualifications. Unauthorized units and individuals are strictly forbidden from purchasing, using or transferring this equipment. Installation and use at sites that have not passed safety acceptance inspections or under conditions that do not comply with shooting safety standards is strictly prohibited. Any use of this equipment for the shooting training and bullet recovery of common standard light weapons other than large-caliber special firearms such as riot guns and sniper rifles is strictly prohibited.

Product Overview

The Cylindrical Water-Damped Bullet Arrestor — Water Damping Non-Destructive Capture, Chain Lifting Convenient Retrieval, Integrated Exhaust Gas & Shell Case Management, Efficient & Safe Bullet Recovery System for Indoor Live-Fire Shooting Ranges (also referred to as the Cylindrical Water-Damped Bullet Arrestor or Water-Damped Bullet Recovery Device) is an efficient and safe bullet recovery device specifically designed for indoor live-fire shooting ranges. It constitutes a core support equipment in the fields of public security and armed police indoor shooting training, commercial live-fire shooting experiences, and bullet recovery for weapon testing institutions. Manufactured by Beijing Best United Technology Co., Ltd., this product, through its innovative water damping technology and chain lifting mechanism, is deeply customized for the non-destructive capture, convenient retrieval, and recycling of bullets fired from common standard light weapons such as pistols and small-caliber rifles during indoor live-fire shooting training. It simultaneously integrates an exhaust fan and an adjustable shell catcher to effectively manage the smoke and shell casings generated during shooting. It perfectly adapts to various professional scenarios, including the intensive training needs of public security and armed police indoor shooting training centers, the daily customer experience at commercial shooting ranges, the bullet performance testing at weapon development and testing institutions, and shooting instruction at police academies. The system core utilizes a stainless steel inner liner water tank, using water as the damping medium—bullets, upon entering the water, rapidly decelerate and are captured intact, achieving non-destructive bullet arrest for convenient subsequent recycling or inspection. A built-in stainless steel chain lifting mechanism allows the operator, by manually rotating a handwheel approximately six turns, to easily lift the bullets settled at the bottom of the tank to the retrieval port. The entire process requires no draining of the water from the tank, saving both time and effort. The entire unit features a color-painted steel outer shell with a robust, shock-resistant structure, weighing approximately 310 kg, with a designed shooting lifespan of up to approximately 12,000 rounds. This fundamentally resolves the operational pain points that have long plagued indoor shooting ranges—such as traditional steel plate bullet traps causing bullet impact deformation and rendering recovered bullets unusable, requiring frequent replacement of damaged impact plates, and the inconvenience of managing shooting smoke and shell casings. It provides range management personnel with "water damping non-destructive bullet arrest, chain lifting retrieval without draining water, integrated exhaust gas and shell casing management, and a heavy-duty, long-lifespan structure" efficient and environmentally friendly shooting training support capability. It is a foundational and critical piece of equipment for constructing modern, highly utilized professional police indoor shooting ranges.

Technical Principle

This bullet arrestor operates on the combined principles of liquid damping deceleration and mechanical lifting retrieval. At the bullet capture level, the core of the device is a stainless steel inner liner water tank filled with clean water as the damping medium. When a bullet fired by the shooter enters the water at high speed, the density of the water is far greater than that of air. The viscous and inertial resistance encountered by the bullet in the water increases exponentially, causing it to decelerate rapidly to a standstill within a very short distance. Due to the flexible nature of the water medium—unlike the hard impact of a steel plate or sandbag—the bullet undergoes almost no mechanical deformation or surface damage during deceleration, completely preserving its post-firing shape and rifling trace characteristics, achieving true "non-destructive bullet arrest." The decelerated bullets settle naturally under gravity, accumulating in the retrieval bucket of the stainless steel chain lifting mechanism at the bottom of the water tank.

At the bullet retrieval level, the chain lifting mechanism consists of a stainless steel chain, a retrieval bucket, a top handwheel, and a retrieval port. When bullets need to be recovered, the operator manually rotates the top handwheel approximately six turns. The chain drives the retrieval bucket slowly upward along a track on the inner wall of the water tank, lifting the bullets accumulated in the bucket to the retrieval port. Upon reaching the upper limit position, the retrieval bucket automatically tips over, pouring the bullets into a container at the retrieval port. The handwheel is then rotated in the reverse direction to reset the retrieval bucket to the bottom of the water tank. The entire bullet retrieval process requires no draining of the water from the tank, thereby avoiding both the resource waste and operational delays caused by frequent water refilling and draining, while also maintaining the consistent damping performance of the water tank.

At the exhaust gas and shell casing management level, the top of the water tank is equipped with two exhaust fans that can rapidly extract the smoke generated by shooting within the cylinder to the outdoors or a purification system, maintaining clean air at the shooter's position and within the range environment. Below the entry port, an adjustable and movable shell catcher is installed, working in conjunction with a stainless steel shell casing collection mesh basket to effectively collect ejected shell casings for convenient subsequent cleaning and recycling. At the structural safety level, the entry port features a spring-loaded bayonet design that effectively prevents the firearm from accidentally dislodging or shifting during shooting, enhancing operational safety. The entire unit features a color-painted steel outer shell, with the internal structure specifically designed for shock and vibration resistance, ensuring equipment stability during continuous firing.

Core Functions and Compliance Operational Value

Water-Damped Non-Destructive Bullet Arrest and Complete Bullet Recovery, Ensuring the Cyclic Utilization of Training Ammunition and the Preservation of Bullets for Ballistic Examination
The device utilizes a stainless steel inner liner water tank with water as the damping medium. Bullets, after entering the water, rapidly decelerate to a standstill under the influence of flexible resistance, completely preserving their post-firing shape, rifling traces, and surface microscopic features. Compared to traditional steel plate bullet traps where bullets are severely deformed or even shattered due to hard impact—resulting in recovered bullets only being processable as scrap metal and unusable for rifling comparison or reuse—this system's water-damping non-destructive capture technology fundamentally preserves the integrity of the bullets. This allows recovered bullets, after cleaning, to be directly used for firearm performance re-inspection, rifling characteristic comparison, or metal material recycling, providing a technical possibility unattainable with traditional equipment for bullet inspection by weapon testing institutions and the cyclic utilization of training ammunition by public security and armed police forces. The operational procedure fully complies with the requirements of the Provisions on the Administration and Use of Official Firearms by Public Security Organs regarding the standardized management of ammunition during shooting training.

Chain Lifting Retrieval Without Draining Water, Enabling Time-Saving, Labor-Saving Bullet Recovery Operations and Uninterrupted Range Training
The device features a built-in stainless steel chain lifting mechanism. The operator simply manually rotates the top handwheel approximately six turns to lift the bullets settled at the bottom of the tank to the retrieval port for dumping and recovery. After retrieval, the handwheel is rotated in reverse to reset the retrieval bucket. The entire bullet retrieval process requires no draining of the water tank—avoiding the time delays, water resource waste, and damping performance interruptions caused by the periodic need to drain water to manually retrieve bullets in traditional water-damped equipment. Bullet recovery can be quickly completed during the brief intervals between intensive training rotations, allowing shooting to resume immediately. This convenient retrieval design ensures that the range does not need to interrupt the training process due to excessive bullet accumulation during continuous high-intensity training. From the logistical support level, it significantly enhances the operational efficiency and training continuity of the indoor shooting range, meeting the operational requirements of public security and armed police training for the efficient operation of range equipment.

Integrated Exhaust Gas Extraction and Shell Casing Collection Management, Creating a Clean and Safe Indoor Shooting Training Environment
The top of the water tank is equipped with two exhaust fans that can rapidly extract the lead-containing smoke generated by shooting within the cylinder to the outdoors or integrate it into a purification system. This effectively reduces the concentration of harmful particulate matter in the air at the shooter's position and within the indoor range, safeguarding the occupational health and respiratory safety of shooting instructors, training officers, and commercial range staff who work long-term in indoor range environments. Below the entry port, an adjustable and movable shell catcher and a stainless steel shell casing collection mesh basket are installed. Shell casings ejected during shooting are centrally collected by the mesh basket, preventing them from scattering on the floor and causing personnel slips or disrupting the training order. They can be emptied and recycled in one batch after training concludes. This integrated exhaust gas and shell casing management design ensures the standardized operation of indoor shooting training from both the environmental health and on-site safety dimensions, fully conforming to the ventilation, smoke extraction, and site safety management requirements stipulated in indoor shooting range construction standards.

Heavy-Duty Shock-Resistant Structure and Long Shooting Lifespan Design, Supporting Sustained and Stable Operation During High-Frequency, Intensive Training
The entire unit features a color-painted steel outer shell, with the internal structure specifically designed for shock and vibration resistance. It maintains overall stability under continuous, high-density shooting conditions, without generating structural resonance or displacement due to frequent bullet impacts. The equipment has a self-weight of approximately 310 kg and a designed shooting lifespan of up to approximately 12,000 rounds, offering outstanding durability. This meets the reliability requirements of public security and armed police indoor shooting training centers and commercial shooting ranges for long-term, high-frequency use. The spring-loaded bayonet design at the entry port effectively prevents the firearm from accidentally dislodging or shifting during shooting, ensuring shooter operational safety.

Compliant Application Scenarios

Large-Scale Intensive Training Support Scenario for Public Security and Armed Police Indoor Shooting Training Centers
In the indoor live-fire shooting training centers of public security organs and armed police forces, this bullet arrestor is deployed as the core equipment behind the shooting booths for bullet recovery. It serves the daily training, annual rotational training, and new recruit induction training needs of officers using conventional light weapons such as pistols and small-caliber rifles, which involve large-scale, intensive shooting. The water-damped non-destructive bullet arrest ensures the recovery and reuse of training ammunition. The chain lifting retrieval without draining water ensures the continuity of the training process without interruption. The exhaust fans ensure air quality during prolonged indoor intensive shooting, providing reliable logistical support for the routine and efficient operation of public security and armed police shooting training.

Daily Customer Experience and Operational Support Scenario for Commercial Indoor Live-Fire Shooting Ranges
In commercial shooting ranges open to the public, this bullet arrestor is deployed behind each shooting booth, providing a safe and stable bullet recovery service for customers experiencing shooting. The exhaust gas extraction system effectively maintains fresh air within the shooting range, creating a comfortable experience environment for customers. The convenient chain lifting retrieval design allows staff to quickly recover bullets and clean up shell casings during business intervals, enhancing the operational efficiency of the shooting range and customer turnover.

Firearm and Ammunition Performance Testing Bullet Recovery Scenario for Weapon Development and Testing Institutions
In weapon development units and firearm and ammunition performance testing institutions, this bullet arrestor is used for the non-destructive recovery of bullets after performance testing of specific types of ammunition. It completely preserves the rifling traces, surface deformation characteristics, and physical integrity of the bullets, providing original physical evidence for subsequent rifling comparison, ballistic analysis, and firearm/ammunition performance evaluation. The water-damping non-destructive capture technology ensures the complete preservation of test bullets, making it an irreplaceable means of bullet recovery in the weapon testing process.

Core Technical Parameters

In terms of external dimensions, the overall unit size is approximately 350 cm (L) × 54 cm (W) × 162 cm (H), with a shooting cylinder length of 340 cm. The equipment's self-weight is approximately 310 kg. The retrieval method employs a manual chain lift, with approximately 6 turns of the handwheel completing one retrieval cycle, enabling non-destructive bullet recovery without the need for draining water. For core materials, the inner liner is stainless steel, and the outer shell is color-painted steel, with an overall robust and shock-resistant structure. Key accessories include an adjustable and movable shell catcher, a stainless steel shell casing collection mesh basket, and exhaust fans. The designed shooting lifespan reaches up to approximately 12,000 rounds. For applicable firearm types, it is suitable for common standard light weapons other than large-caliber special firearms such as riot guns and sniper rifles.

Compliant Field Application Cases

The indoor shooting training center of a municipal public security bureau had long been responsible for the annual rotational training of all serving officers and the induction training of new recruits, with intensive daily training volumes. Before the installation of this Cylindrical Water-Damped Bullet Arrestor, the center used traditional steel plate bullet traps. Bullets, upon impacting the steel plates, were severely deformed, and recovered bullets could only be disposed of as scrap metal. The steel plates also required frequent replacement and maintenance. After installing this bullet arrestor, the bullets generated during shooting training are recovered intact through water damping and non-destructive capture. After cleaning, some can be reused for subsequent training, significantly reducing the procurement cost of training ammunition. The chain lifting retrieval design without draining water allows the range to quickly recover bullets and resume shooting during the brief intervals between training rotations, eliminating the need to interrupt the training process for bullet retrieval. The top exhaust fans effectively improved the air quality in the indoor range, with positive feedback from the training officers. Following the renovation, the operational efficiency and environmental performance of the center's range were significantly enhanced.

When conducting performance testing on a new type of pistol ammunition, a provincial-level weapon testing institution needed to perform rifling trace comparison and projectile integrity analysis on the fired bullets. Test personnel used this Cylindrical Water-Damped Bullet Arrestor. The bullets fired were captured intact in the water, completely preserving their rifling traces and surface characteristics, providing complete and original physical evidence for subsequent comparison microscopy and ballistic analysis. The test personnel conveniently recovered the bullets using the chain lifting mechanism. The testing process was smooth and efficient, providing reliable technical support for the successful finalization of the new ammunition type.

Manufacturer Information: Beijing Best United Technology Co., Ltd.
Website: https://www.bestlh.com
Address: Building C9, Jianziban, No.1 Courtyard, Jinghai Sixth Road, Yizhuang Development Zone, Beijing
Tel: 010-56526048