Dual-Stage Weapon Destruction / H13-Blade Shredding + 1700°C Induction Melting / MIL‑STD · ISO · IS / Noida · India

WDS · SINGLE-WEAPON CYCLE · MIL-GRADE SMALL ARMS

Heavy Duty Automatic Single Row Weapon Disposal System, destroying firearms at up to 1700°C, irreversibly.

A fully automated, dual-stage weapon destruction machine: H13 alloy-steel blades (HRC 55) shred INSAS rifles, LMG/MMG 7.62mm, AK-47s, and other military-grade small arms into unrecognizable fragments, which are then melted in a 75 kW induction furnace — guaranteeing that no weapon component can ever be reused, reconstructed, or repurposed.

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Heavy Duty Automatic Single Row Weapon Disposal System — twin-shaft shredder with yellow feed hopper and PLC control panel, Neometrix

Fig · 01 Installed unit — shredding platform, yellow feed hopper, PLC control cabinet

Designed to comply with:

DEF STAN STANAG MIL-SPEC

Melt Capacity

100KG/BATCH

Furnace Power

75KW

Max. Temperature

1700°C

Blade Hardness

HRC55H13 STEEL

System Load

150KW

Overview

Decommissioned weapons need irreversible destruction.

Military, law enforcement, and defence agencies routinely need to dispose of outdated, seized, or unserviceable firearms in a way that leaves zero possibility of reuse, reconstruction, or black-market circulation. A heavy-duty automatic ordnance destruction unit that only bends metal or only cuts it is not enough — the fragments must be melted beyond recognition to close the loop completely.

Heavy Duty Automatic Single Row Weapon Disposal System full installation — elevated steel platform, twin shredder motors, yellow hopper, PLC panel, in a Neometrix workshop

Fig · 02 Full installation — elevated platform, twin-motor shredder drive, control cabinet at left

The Heavy Duty Automatic Single Row Weapon Disposal System is Neometrix's purpose-built answer: a state-of-the-art, fully automated single row disposal mechanism that processes one weapon per cycle through a dual-stage disposal process — first shredding the weapon into small, unrecognizable fragments, then transferring those fragments into an induction melting furnace that liquefies the metal.

No weapon component leaves this system in a form that can be reused, reconstructed, or repurposed.

Built for military, law enforcement, and arms-control demilitarization programs, the system serves as an automatic demolition equipment platform, an ammunition neutralization rig, and a heavy ordnance handling unit in one footprint — combining high-strength cutting blades, automated weapon feeding, and PLC-based control with real-time tracking, so every destruction cycle is logged and auditable.

Shredding Unit

Stage one: reduce to fragments.

High-strength H13 alloy-steel blades and an automated feeding system cut every weapon into small, irregular fragments that cannot be reassembled — a single-line munitions disposal mechanism engineered for continuous, high-security operation.

Heavy Duty Automatic Single Row Weapon Disposal System shredding chamber close-up — twin-shaft H13 alloy-steel multi-tooth blades, HRC55 hardness

Fig · 03 Shredding chamber detail · twin-shaft multi-tooth H13 alloy-steel blades, HRC 55

Sub · 01

Processing Capability

INSAS rifles, LMG/MMG 7.62mm, AK-47 rifles, handguns and sidearms, and other military-grade small arms — one weapon intake per cycle.

Sub · 02

Cutting Mechanism

High-tensile H13 alloy-steel blades at HRC 55 hardness, multi-tooth configuration, high-torque variable-speed motor drive.

Sub · 03

Material Compatibility

Hardened steel, aluminum, polymer components, and composite weapon parts, reduced to small, unrecognizable output fragments.

Sub · 04

Structural & Safety

Reinforced heavy-duty steel frame, rubber vibration-dampening pads, fully enclosed mesh and Perspex panels, emergency shutoff.

Induction Melting Furnace

Stage two: liquefy the metal.

Shredded fragments transfer into a hydraulic-tilting induction melting furnace, where they are melted into liquid form — ensuring complete destruction and enabling safe metal recycling.

Furnace & heating

Furnace type: Induction melting furnace with hydraulic tilting mechanism
Melting capacity: 100 kg per batch
Power rating: 75 kW
Max. operating temperature: 1700°C
Heating method: Induction coil system
Furnace lining: High-performance refractory material

Cooling, circulation & safety

Cooling system: Closed-loop demineralized (DM) water cooling, 20 TR cooling tower
Water tanks: 5,000 L overhead + 10,000 L underground (customer-provided)
Temperature monitoring: Real-time automatic control with overheat failsafe shutdown
Pouring control: Automated hydraulic tilting for precision molten-metal pouring
EM shielding: Prevents interference with sensitive equipment during melting

Control & Automation

PLC-controlled, end to end.

Every stage — weapon intake, shredding, metal transfer, and furnace pouring — runs under a single industrial-grade PLC with real-time data logging, making each disposal cycle traceable and auditable.

Control Type	Industrial-grade PLC (Programmable Logic Controller)
User Interface	Touchscreen HMI (Human-Machine Interface)
Remote Monitoring	Ethernet / Wi-Fi connectivity for remote access
Data Logging	Real-time weapon disposal tracking, camera mounting points for surveillance
Weapon Intake	Automated intake and verification system
Shredding Control	Torque-adaptive motor control
Metal Transfer	Automated conveyor system to furnace
Melting & Pouring	Programmable hydraulic tilting control
Total System Load	150 kW · 415V, 50Hz, three-phase
Foundation	Heavy-duty industrial flooring

Gallery

The system, as built.

The Heavy Duty Automatic Single Row Weapon Disposal System, photographed at the point of manufacture.

Heavy Duty Automatic Single Row Weapon Disposal System full installation elevated platform view

Heavy Duty Automatic Single Row Weapon Disposal System front elevation with shredder and control panel

Heavy Duty Automatic Single Row Weapon Disposal System shredding chamber close-up with H13 alloy-steel blades

Video Gallery

See it in operation.

Downloads

Catalog & design docs.

Product catalog and engineering design documentation for the Heavy Duty Automatic Single Row Weapon Disposal System, available as PDF.

General Appearance Drawing

PDF

Weapon Disposal System cooling water schematic thumbnail

Design 02

DM Water Cooling Schematic

PDF

Applications

Where the system gets deployed.

A · 01Military ordnance disposal — decommissioning outdated, surplus, or seized firearms

A · 02Law enforcement firearm destruction — secure disposal of illegal or confiscated weapons

A · 03Defense industry metal recycling — recovering valuable metals for reuse in defense applications

A · 04Disarmament & demilitarization programs — supporting global arms-control compliance

A · 05Preventing black-market circulation of military weapons and parts

A · 06Compliance with government-mandated gun disposal policies

Details

Full technical narrative.

Introduction

The Heavy Duty Automatic Single Row Weapon Disposal System is a state-of-the-art, fully automated machine designed for the secure, irreversible disposal of small arms and automatic weapons. This system ensures that unserviceable weapons are completely destroyed through a dual-stage disposal process, which involves shredding the weapons into small, unrecognizable fragments followed by melting the fragments into liquid metal. It has been developed for military, law enforcement, and defence agencies that require a safe, efficient, and irreversible method to dispose of outdated, seized, or unserviceable firearms. By integrating advanced shredding technology with an energy-efficient induction melting furnace, it guarantees that no weapon components can be reused, reconstructed, or repurposed. The system meets stringent defence disposal standards and is equipped with high-performance automation, real-time monitoring, and advanced safety features to ensure efficient operation in high-security environments.

Installation Requirements

The complete system draws a total load of 150 kW on a 415V, 50Hz, three-phase supply. It requires heavy-duty industrial flooring as a foundation, plus a customer-provided 5,000-litre overhead tank and 10,000-litre underground tank to feed the closed-loop DM water cooling circuit.

Conclusion

The Heavy Duty Automatic Single Row Weapon Disposal System is an advanced, high-security solution that provides complete, irreversible destruction of weapons. By integrating precision shredding with energy-efficient induction melting, it ensures military-grade compliance, environmental responsibility, and operational efficiency. With automated operation, robust safety mechanisms, and high-performance components, this system is the ideal solution for secure, large-scale weapon disposal in military, law enforcement, and defense industries — functioning equally as a heavy ordnance handling unit, a custom weapon disposal rig, and a safe munitions removal platform depending on how a given depot configures its intake.

FAQ

Common questions.

Q · 01 What is the Heavy Duty Automatic Single Row Weapon Disposal System?

The Heavy Duty Automatic Single Row Weapon Disposal System is a fully automated machine designed and manufactured by Neometrix Engineering Pvt Ltd, India, for the secure and irreversible destruction of firearms and military-grade weapons. It uses a dual-stage process — H13 alloy-steel blade shredding followed by induction furnace melting — to guarantee that no weapon component can be reused, reconstructed, or repurposed.

Q · 02 Who manufactures the Heavy Duty Automatic Single Row Weapon Disposal System?

The Heavy Duty Automatic Single Row Weapon Disposal System is designed and manufactured by Neometrix Engineering Pvt Ltd, a leading defence and test equipment manufacturer based in India.

Q · 03 Which weapons and firearms can the system process?

The system is designed to handle a wide range of small arms and automatic weapons, including INSAS rifles, Light Machine Guns (LMG 7.62mm), Medium Machine Guns (MMG 7.62mm), AK-47 rifles, handguns and sidearms, and other military-grade small arms, processed one weapon per cycle.

Q · 04 How does the dual-stage disposal process work?

First, high-tensile H13 alloy-steel blades (HRC 55) shred the weapon into small, unrecognizable fragments in a fully enclosed shredding chamber. The fragments are then transferred to an induction melting furnace that melts up to 100 kg per batch at temperatures up to 1700°C, permanently destroying the material and enabling safe metal recycling.

Q · 05 Is the system automated, and how is it controlled?

Yes, operation is fully automated through an industrial-grade PLC with a touchscreen HMI. Ethernet/Wi-Fi connectivity enables remote monitoring, and real-time data logging tracks weapon intake, shredding, and melting for every disposal cycle.

Q · 06 What safety features does the system include?

The system includes a reinforced heavy-duty steel frame, rubber vibration-dampening pads, fully enclosed mesh and Perspex panels for operator visibility, an emergency shutoff system, camera mounting points for remote surveillance, electromagnetic shielding around the induction furnace, and automatic overheat protection with failsafe shutdown.

Q · 07 What are the power and cooling requirements?

The complete system draws a total load of 150 kW on a 415V, 50Hz, three-phase supply. The 75 kW induction furnace is cooled by a closed-loop demineralized (DM) water system with a 20 TR cooling tower, a 5,000-litre overhead tank, and a 10,000-litre underground tank (both customer-provided).

Q · 08 Does the system comply with relevant defence standards?

Yes, the Heavy Duty Automatic Single Row Weapon Disposal System is designed to meet stringent military and law-enforcement disposal standards, and is engineered to comply with applicable national and international standards including MIL-STD, ISO, IS, and customer-specified requirements.

Q · 09 Is the system customizable?

Yes, Neometrix offers customized versions of the Heavy Duty Automatic Single Row Weapon Disposal System tailored to specific client requirements, weapon types, throughput targets, and site infrastructure.

Q · 10 How can I get a quotation, and does Neometrix export it internationally?

Yes, Neometrix Engineering Pvt Ltd exports the Heavy Duty Automatic Single Row Weapon Disposal System to defence, law-enforcement, and arms-control customers internationally. You can request a quotation through neometrixgroup.com/products/heavy-duty-automatic-single-row-weapon-disposal-system or by contacting Neometrix directly by email or phone.

Get a proposal

Tell us your weapon
types and throughput needs.

We size the shredder, furnace capacity, and control configuration to your depot's specific disposal volume and compliance requirements before you commit.

Request proposal +91 7777 876 876

Heavy Duty Automatic Single Row Weapon Disposal System, destroying firearms at up to 1700°C, irreversibly.

Decommissioned weapons need irreversible destruction.