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Lab Model Extruder

Name: Lab Model Extruder
Brand: DECCAN DYNAMICS
Price: 3000000 INR
Availability: InStock

Price 3000000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Lab Model Extruder Specification

Control System
Digital Temperature and Speed Controller

Working Temperature
Up to 300C

Drive Type
Electric Motor Driven

Noise Level
Low (<70 dB)

Machine Type
Benchtop/Lab Model

Features
Portable, Easy to Operate, Precise Control

Material
Stainless Steel Contact Parts

Power Supply
230V / 50Hz, Single Phase

Speed
Up to 60 RPM

Size
Compact

Usage & Applications
Laboratory R&D, Polymer Extrusion, Material Testing

Dimension (L*W*H)
Approx. 1000 x 450 x 600 mm

Cooling System
Air/Water Cooling

Display Type
Digital PID Display

Screw Type
Single Screw

Hopper Capacity
2 kg

Temperature Zones
3 Independent Zones

Screw L/D Ratio
20:1

Extruder Barrel Diameter
18 mm

Mobility
Caster Wheels Fitted

Heating Method
Electrically Heated Barrel

Lab Model Extruder Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Month

Delivery Time
1 Months

Main Domestic Market
North India

Certifications
ISO 9001 : 2008

About Lab Model Extruder

We are recognized as an affluent entity, engaged in offering a wide assortment of Welding Electrode Lab Extruder. This extruder is used in welding applications for the extrusion of various types of metal sheets and wires. With the help of ultra-modern technology, our highly skilled professionals manufacture this extruder using premium quality raw material. Keeping in mind the international quality standards, this extruder is stringently tested on various parameters. We offer this product at the most reasonable price to the clients.

Lab Model Extruder are widely used in rubber and plastic manufacturing industries. In addition to this, these machines also find wide usage in various laboratories, small scale chemical industries and educational institutes for research, testing, measuring values and examining quality. These machines record all the findings and can represent all the findings in tabular or graph format. Lab machines are made using high quality raw materials and latest technologies. To ensure superior performance, all the industry set quality guidelines are followed. Designed by experienced professionals, these machines are compactly designed and are also offered with customized solutions. Owing to excellent precision, compact design, excellent stability and long service life, these machines are very popular in market.

Features:

Actual production is same as the measuring condition.
Changes in ingredients and structure can be preciously measured
Compact construction and frame occupies less space.
Highly user-friendly
Easy to disassemble and keep it clean.
Has double overload mechanical-electro protection.
Superior performance
Durable finish standards
Robust construction
Longer service life

Lab Model Extruder Specifications:

Wire feeding speed	7 - 20 Rods / Min ( 2.5 to 7 Meters / Min)
Wire size	2.0 mm to 5 mm
Input power to wire feeding unit	Pick Up	0.5 HP
	Feed	1 HP
Pickup roller	2 Sets ( Hardened and Ground)
Pickup roller diameter	98 mm
Feed roller	1 set ( Hardened and Ground)
Feed roller diameter	104 mm
Oil cylinder bore	160 mm
Flux cylinder bore	70 mm
Flux cylinder length	250 mm
Flux cylinder volume	950 cc
Max Flux flow rate	250 cc / Min
Hydraulic system pressure	200 Kg / Sq.cm
Specific pressure on flux	1045 Kg / Sq.cm
Input power Hydraulic system	3 Hp
Oil tank volume	50 lit

Precision and Versatility in Laboratory Extrusion

This compact extruder is designed to fulfill R&D and testing needs in polymer science. The advanced single screw and precise digital control system allow for accurate temperature and speed adjustments, ensuring reproducible experimental conditions and optimized processing of various materials. Its flexibility and efficient performance make it an asset for universities, research institutions, and industrial laboratories.

User-Centric Design Features

Ease of use is at the core of this lab extruders design. Digital PID displays, portable structure, electrically heated barrel, and easy-to-move caster wheels provide a seamless user experience. Its low operational noise and air/water cooling options create a comfortable and safe laboratory environment, while stainless steel contact parts guarantee longevity and easy cleaning.

FAQs of Lab Model Extruder:

Q: How does the digital PID display enhance temperature and speed control on this lab extruder?

A: The digital PID display provides real-time monitoring and precise adjustment of temperature across three independent zones and screw speed. This ensures accurate process control, crucial for lab research and polymer material testing.

Q: What materials and types of testing can be performed with this Lab Model Extruder?

A: This extruder is ideal for polymers and various thermoplastics, making it suitable for R&D, compounding, and material testing. It enables researchers to experiment with formulations, process parameters, and new polymer blends within controlled small-scale conditions.

Q: When is this lab extruder most beneficial in a laboratory setting?

A: It is most beneficial during material development, polymer property evaluation, and process optimization phases, where precise control and reproducibility are essential. Its compact design also makes it suitable for space-constrained labs.

Q: Where can this lab extruder be installed and used?

A: Its benchtop, portable design with caster wheels allows installation in laboratory environments, R&D centers, universities, and industrial quality control labs. It requires only a standard single-phase 230V/50Hz power supply.

Q: What is the process for setting up the extruder for a new test batch?

A: To set up, load the desired material into the 2 kg hopper, set temperature profiles on the three zones via the digital PID controller, and adjust the screw speed as needed. Ensure that air/water cooling and safety protocols are in place before starting the extrusion process.

Q: How does the air/water cooling system contribute to efficient operation?

A: The integrated air/water cooling ensures optimal temperature regulation during operation, allowing for consistent product quality, preventing overheating, and speeding up cooling cycles for successive tests.

Q: What are the key benefits of using this particular lab extruder model?

A: Key benefits include precise parameter control, efficient processing of small polymer batches, portability, low noise operation, reliable stainless steel components, and user-friendly operation. These features help achieve repeatable results, making it invaluable for laboratory research and development.

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