THE NEW STANDARD IN COMPOUNDING
STEER’S REVOLUTIONARY OMEGA SERIES WITH 1.71 DO/DI
The OMEGA SERIES sets a new standard in the compounding industry. The revolutionary 1.71 Do/Di allows manufacturers to increase their production capacity by up to 25%* with its increased volume and torque ability. The patented ‘fraction-lobe’ special elements enhance process efficiency and quality of output, while delivering far greater returns on investment.
THE OMEGA SERIES OFFERS MANUFACTURERS 6 DISTINCT ADVANTAGES WHEN COMPARED TO CONVENTIONAL PLATFORMS
Up to 25%* more production capacity due to increased volume and torque ability. The High free volume leads to higher throughput.
Improved process efficiency and quality* due to patented special elements with ‘fractional-lobe’ geometry, that allow for higher conveying capacity, uniform shear, and extensional flow.
Reduced energy dissipation* due to a narrower, sharper residence time distribution.
Better control* over kneading, stirring and shear to give manufacturers the capability to work with sensitive materials.
Improved conveying efficiency, greater ROI and minimised downtime* due to self-wiping elements that prevent degradation.
Controlled processing with higher required mean shear, reduction in total shear as well as controlled residence time.
#1. A REVOLUTIONARY 1.71 DO/DI – A GIANT LEAP IN PROCESSING WITH THE CAPABILITY TO PRODUCE UP TO 25% MORE
We’ve created a new standard in the compounding industry with the 1.71 Do/Di Omega platform. The greater Do/Di allows for greater volume to obtain greater effects of kneading and stirring, without a reduction in torque capacity.
#2. PATENTED ‘FRACTIONAL-LOBE’ DESIGN SCREW GEOMETRY
The OMEGA PLATFORM is built using the revolutionary ‘Fractional-Lobe’ geometry, replacing the conventional integer-lobe design. This design eliminates shear peaks and ensures a uniform transfer of energy to the materials being processed, giving the capability and the control to work with sensitive materials. Besides, it reduces the energy consumed considerably, while improving overall quality.
#3. PATENTED SPECIAL ELEMENTS – ENHANCED PROCESS EFFICIENCY
Purpose-built with a thorough understanding of mixing, special elements help overcome difficulties arising in advanced applications. Whether it is higher intake or side-feed capacity, greater forward conveying ability, extensional flow or better wetting action and improved flow distribution, our special elements are built to enhance efficiency.
#4. STEER CONTINUA SPLINE
continua-spline ost commonly used shaft splines are involute, circular or straight increasing the stress concentration and causing severe damage to the expensive screw shaft, the screw elements and the gearbox during a surge in torque. The STEER Continua Spline design, made of high alloy steel, reduces stress concentration. It has a shaft adaptor with circular rupture grooves. During a surge, only the shaft adaptor breaks at the groove preventing damage to the shaft, the elements and the gearbox .
#5. STEER HITORQ GEARBOX
The STEER Gearbox is of a watch case design with a housing of multiple chambers, made of high grade casting, and uses hardened and ground gears of DIN5/DIN6. While most gearboxes without hardening, develop play and have to be used at reduced speed and torque, STEER Gearboxes are built for the fast lane with their ability to transmit higher torque, minimal axial play, minimum backlash and equal angular deflection, allowing for improved process capability applications.
#6. STEER BARRELS – CRAFTED TO PERFECTION
barrelsSTEER barrels have cooling circuits that cool uniformly, increasing the overall efficiency of the entire process. Made with the right metallurgy, they have supreme resistance to various types of wear and come with supports designed with cross roller guides or ‘v’ guides that allow for a sliding movement of about 15mm. The ‘u’ bracket on which the barrel rests has minimum contact surface to reduce the heat transfer from the barrel to the slider and support column, further increasing efficiency.
#7. STEER SIDE FEEDERS
STEER side feeders allow you to add new materials such as fillers, reinforcements, sensitive impact modifiers, pigments etc into the melt. They become important when split feed is essential due to the volumes of feed materials. The STEER side feeder can also be used for devolatizing applications through side-venting. The side feeder is height adjustable within a range and portable as castor wheels are fitted to it. STEER side feeders assure high consistency and precise dosing into the extruder, besides being completely noiseless.
#8. STEER SPECIAL TOOL STEEL – THE RIGHT METALLURGY FOR LONGER LIFE
STEER uses only special grades of tool steel, with high wear and corrosion resistance, developed in our state-of-the-art foundry. Our ACROLLOY series, a vanadium rich tool steel with alloying and micro- alloying elements, and characteristics of Wootz steel, works against the forces of abrasion, wear and corrosion. With ACROLLOY, our platforms and elements are capable of withstanding the most difficult applications.
#9. THE STEER HUMAN MACHINE INTERFACE
The STEER Human Machine Interface helps users control and monitor the extruder and peripherals through advanced communication links and protocols. The drive is controlled from a touch screen which operates through Programmable Logic Controllers (PLCs). STEER allows for customisation of the HMI screens, integration of peripherals, other plant utilities and material system to achieve complete plant automation. The software used by STEER is highly reputed and used by some of the largest companies around the globe.
STEER’S OMEGA SERIES – WORLD-CLASS PERFORMANCE FOR BREAKTHROUGH OUTCOMES
The OMEGA SERIES have significantly higher outputs, lower specific energy, better material properties, lower cost, lower wear, higher chemical resistance, lower real estate requirements and are extremely easy to operate. They combine advanced technology and superior engineering to deliver unparalleled value.
|Throughput||Patented special elements||Effect of fully wiping profile||High Torque||Controlled Processing|
|Value Addition||High free volume due to higher Do/Di of 1.71 leading to higher throughput.||Overcoming limitations and breaking the barrier of conveying melting, kneading and mixing.||• No degradation. • Improved conveying efficiency.||> Good Dipersion. > Wider processing window. > Ease of handling heat & shear sensitive||> Higher required mean shear and reduction in total shear & also controlled residence time|
|Advantages & Benefits||> Low Specific energy consumption. > Swing Plant increasing flexibility. > Processing heat and shear sensitive materials. > Game changer : 120 kg/hr/lt to 412 kg/hr/lt with retention of MW. > Capability to handle low bulk density materials > Dual performance benefit.||> Reduced Fiber attrition. > Elongational Mixing ability. > Greater Shear Uniformity. > Enhancing Conveying Efficiency ( Snow Plough effect). > Increased output. > Reduced Shear rates. > Superior MOC for Wear & corrosion resistance||> Tightly Intermeshing self wiping profile > Tighter control on process. > Consistent and uniform quality products, > Screw to Barrel gap-0.15 constant Vs 0.5 Screw to Screw gap-0.19 constant Vs 0.5. > Avoids meta radial shear peaks & tail in residence time.||> Higher outputs & better dispersion at lower rpm for shear & heat sensitive materials. > Much Higher outputs & better dispersion at lower rpm for non shear & heat sensitive materials. > Specific torque of 17.1 Nm/cm3||> Total Shear brought down from 10,000 1/s to 4500 1/s, > Precise Control over Mean shear from 750 1/s ~ 650 1/s. > Residence time brought down from 25 sec. to 4 sec.|
|Technology||> High Torque Gear Box. > Higher speed in main and side feeders. > Special elements. > Vacuum side stuffer.||> EPZ -STEER Special Patented Elements for next gen applications||> Design & Simulation. > Manufacturing & Metallurgical excellence.||> Minimum Axial Play. > Minimum Backlash. > Equal angular Deflection for both output shafts, > Tandom bearing for high axial load carrying capacity. > Least noise level. > Cycloidal spline for lower stress concentration. > Rupture Grooved for safety of shaft and elements||> Controlled Clearance. > Higher Free volume. > Higher rpm. > Higher Torque. > Special STEER patented elements with special MOC. > The synergy of all the above technologies|
|Applications||> Filled Polyolefins. > Halogen Free Flame Retardents. > PVC. > Natural fiber filled materials, > Recycling of PET.||> Color Masterbatch. > Long Fiber Reinforced Thermoplastics. > PET Recycling. > Natural fiber filled materials. > Engineering specialty polymer alloys blends & composites. > Nanomaterials. > Biopolymers. > Thermosets. > TPE’s & TPV’s||> Halogen Free Flame Retardents. > PVC. > Polyolefin based fillers. > Biopolymers > Starch filled Polymers. > Nylon. > PET. > Polyacetals. > Nanomaterials.||> Carbon Black filled polyolefins. > Halogen Free Flame Retardents. > PVC. > Single walled carbon nanotube. > Multi walled carbon nanotube.||> Filled Polyolefins. > TPE’s & TPV’s. > Wood Polymer Composites. > Biopolymers. > Polyacetals. > Recycling|
The OMEGA SERIES is available in different variants, built to address a wide range of production requirements. Click on the variants below for key specifications.
|Sl No.||Extruder Model||Screw Diameter (mm)||Power (kW)||Screw Speed (rpm)||Nominal Torque per shaft (Nm)||Specific Torque (Nm/cm3)|
* Varies based on application
For any additional information on STEER’s OMEGA SERIES do write to us at email@example.com or you can contact our key representatives depending on your location.
Resources for OMEGA Series
STEER co rotating twin screw extruder is the creator of advanced materials platform technology that effectively transforms and functionalises materials in the field of plastics, pharmaceuticals, food & nutraceuticals, biomaterials and biorefining.
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