Twin Screw Feeder

Name: Twin Screw Feeder
Brand: Industrial Instrumentation Services
Price: 120000 INR
Availability: InStock

Price 120000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Twin Screw Feeder Specification

Surface Finish
Mirror

Material
SS 316, SS304, MS

Voltage
220VAC / 440VAC

Power
500W

Horizontal Mountable
Yes

Model Name/Number
Screw Feeder

Twin Screw Design
Yes

Automation Grade
Semi Automatic

For Powder & Granules
Yes

Direct Coupled Motor
Yes

Industrial Process Use
Yes

Stainless Motor Housing
Yes

Easy Clean Access
Yes

Frequency
50Hz

Twin Screw Feeder Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Twin Screw Feeder

Experience the premier solution for precision feeding with our Twin Screw Feeder-an ephemeral and rare innovation, crafted for those who seek to explore excellence in industrial processes. This semi-automatic champion, model Screw Feeder, boasts a ravishing twin screw design, ensuring smooth handling of powders and granules. Featuring easy clean access, a direct coupled motor, and robust stainless steel housing, it is built for consistent performance. With mirror surface finish, 500W power, and compatibility with a range of voltages, our feeder is the epitome of durability and reliability for your evolving production needs.

Twin Screw Feeder: Features, Advantages, and Commercial Uses

Our Twin Screw Feeder shines with a mirror-finished surface and durable construction in SS316, SS304, or MS. Its twin screw design optimizes material flow for powders and granules. Key features include semi-automatic operation, horizontal mountability, and easy maintenance, granting instant accessibility and efficiency. Direct coupled motor housing in stainless steel assures longevity. This feeder champions commercial applications across pharmaceuticals, chemicals, and food industries, delivering precise dosing and material handling where performance matters most.

Export Markets, Delivery Terms, and Pricing Exchange

The Twin Screw Feeder meets demand in premier markets including Europe, the Middle East, and Southeast Asia. Exchange is seamless with competitive asking prices tailored for global clients. Delivered from prominent Indian FOB ports, our feeders reach you with prompt delivery times, ensuring project timelines are met efficiently. Explore partnership and inquire for quotes; we guarantee smooth transactions and timely fulfillment, affirming our role as a reliable manufacturer, supplier, and trader on the international stage.

FAQ's of Twin Screw Feeder:

Q: How does the twin screw design benefit industrial processes?

A: The twin screw design enables precise, consistent feeding of powders and granules, reducing blockages and improving material flow in industrial settings, thereby enhancing process efficiency.

Q: What materials is the Twin Screw Feeder suitable for?

A: This feeder is engineered to handle both powder and granular materials, making it ideal for applications in industries like pharmaceuticals, chemicals, and food processing.

Q: When should I consider using a Twin Screw Feeder over other feeding systems?

A: Opt for a Twin Screw Feeder when you require accurate dosing, minimal segregation, and efficient handling of challenging materials such as cohesive, sticky, or fine powders.

Q: Where is the Twin Screw Feeder manufactured, and can it be exported?

A: The feeder is manufactured in India and is available for export to various international markets, including Europe, the Middle East, and Southeast Asia.

Q: What is the process for cleaning and maintaining the feeder?

A: Thanks to its easy clean access feature and mirror finish, cleaning is straightforward. Simply unlock and access internal compartments for fast and hygienic maintenance, ensuring minimal operational downtime.

Q: How does the direct coupled motor enhance the feeder's performance?

A: A direct coupled motor provides stable power transmission and reduces mechanical losses, ensuring reliability and optimal performance during demanding industrial operations.