Send Inquiry

Request To Call Back

Media Recovery System

Get a Price/Quote

MOQ : 1 , , Unit

Media Recovery System Specification

Model No
MRS-1100

Frequency
50 Hz

Power Rating
3 kW

Control System
PLC based

Drive
Electric motor

Frame Type
Heavy duty, welded

Motor Power
3 HP

Cooling System
Air cooled

Noise Level
<80 dB

Lubricating System
Centralized lubrication

Machine Type
Recovery System

Production Capacity
Depends on media type

Accuracy
High efficiency

Connectivity Options
Optional remote interface

Features
Low maintenance, robust design, efficient recovery

Operating Temperature
0C ~ 45C

Voltage
415 V

Product Type
Media Recovery System

Technology
Advanced filtration and recycling

Power Source
Electric

Operating Type
Automatic

Power
3 kW

Pressure
Normal atmospheric

Surface Treatment
Powder coated

Dimension (L*W*H)
1100 x 750 x 1500 mm

Weight (kg)
250 kg

Color
Blue/Grey

Usage & Applications
Abrasive recovery in blasting rooms, shot blasting and sandblasting operations

Media Recovery System Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
8 Units Per Week

Delivery Time
4-6 Week

About Media Recovery System

We are a leading company specializing in the business of manufacturing and supplying Media Recovery System. Highly demanded in the market, this system works on vacuum suction principle. This system comprises of dust collector, hopper and storage tank. To manufacture this system our expert manpower uses high quality mild steel and cast iron. For smooth mobility, this system is attached with caster wheels. We offer this Media Recovery System at reasonable prices.

Product Features:

High operational fluency
Longer working life
Less noise generation

Media Recovery System

The KUSHAL UDHYOG make Media Recovery System Unit model KU-VR-15 operates using vacuum suction principle. The equipment uses vacuum pumps to create vacuum throughout the entire system such that adequate suction drag is generated at the mouth of suction header which is so designed that it allows inlet of atmospheric air along with which the abrasive media, debris, dust are sucked, fluidize and carried through connecting hose to the abrasive recovery unit. This sucked abrasive travels to the reclaimer where in large particles or reusable abrasive is separated using cyclone separation principle and gets collected in the bottom hopper or storage tank from where it can be evacuated using discharge valve to the machine and hence can be used up for machine operation. The media travelling through the storage tank is passed through a vibrating screen gradually so as to maintain the flow of abrasive.
The dust and light particles get carried on further to the dust collector through ducting where these have to pass through cartridge filters which do not allow the dust of over 3 micron to travel further. Only clean air gets passed to the vacuum pump, which in turn discharge the air through silencer to the atmosphere.

Advanced Filtration for Superior Results

The MRS-1100 Media Recovery System is engineered with a multi-stage filter system, ensuring optimal separation and filtration of reusable media. This technology minimizes operational costs, reduces waste, and maintains consistent recovery performance, making it indispensable for high-efficiency abrasive blasting environments.

Designed for Operator Safety and Convenience

With overload protection, an emergency stop switch, and a user-friendly digital display panel, safety and ease of use are prioritized. The systems PLC-based control and straightforward interface streamline operations, while onsite installation and after-sales maintenance contracts provide support throughout the product lifecycle.

Robust and Mobile for Varied Applications

Built from welded mild steel and treated with a durable powder coating, the MRS-1100 stands up to demanding industrial environments. Heavy-duty wheels provide mobility for flexible deployment, and its compact dimension means easy integration in various blasting room setups.

FAQs of Media Recovery System:

Q: How does the Media Recovery System process and recycle different blasting media?

A: The system utilizes advanced multi-stage filtration alongside bucket and cyclone separators to separate, filter, and collect steel shot, grit, aluminum oxide, or glass beads efficiently. Recovered media is cleaned for reuse, ensuring consistent quality and minimal waste.

Q: What are the benefits of using this recovery system in blasting operations?

A: Key benefits include reduced media consumption, significant cost savings, minimal maintenance requirements, high recovery efficiency, robust safety features, and compliance with environmental standards. Enhanced productivity and media quality are also assured.

Q: When is onsite installation and support available for the MRS-1100?

A: Onsite installation and technical support are available as part of the service package upon purchase. Our team schedules and executes installation at your facility for optimal setup and performance.

Q: Where can the Media Recovery System be deployed within an industrial setting?

A: This system is purpose-built for deployment in abrasive blasting rooms, shot blasting facilities, and sandblasting operations across manufacturing, metal finishing, and surface preparation industries.

Q: What is the maintenance process, and how accessible are service points?

A: Maintenance is streamlined due to easy-access service panels and centralized lubrication. Routine checks and servicing can be performed without dismantling major components, and maintenance contracts are offered for ongoing support.

Q: How is mobility managed and how does it aid operational efficiency?

A: Heavy-duty wheels are integrated into the frame for convenient movement. This mobility feature allows operators to reposition the system as needed, facilitating flexible workflow arrangements within large blasting facilities.

Q: What user interface and control options are available for operators?

A: Operators interact with the MRS-1100 through a digital display panel and PLC-based control system, providing intuitive operation, real-time status updates, and optional remote connectivity for enhanced monitoring and control.

Tell us about your requirement