Engineered to perform. Trusted to deliver.
With years of hands-on industry experience, DR Rototech Solutions Pvt. Ltd. is a trusted manufacturing partner for leading Indian and global OEMs.
From metal-to-plastic conversion to cost optimization and consistent quality, we help OEMs achieve reliable, scalable, and high-performance solutions.
Products engineered to perform reliably—even in harsh industrial and outdoor environments.
Optimized designs with uniform wall thickness, ensuring superior strength at corners and stress points.
"We solve challenging design requirements with innovative, application-specific rotomoulded solutions."
Complete solutions covering design, prototyping, mould development, rotomoulding, secondary operations, and assembly.
We solve challenging design requirements with innovative, application-specific rotomoulded solutions.
High-strength yet lightweight components that reduce material usage, tooling costs, and overall production expenses.
Rotomoulded polyethylene products offering long-term resistance to corrosion, UV exposure, and environmental degradation.
Custom colours, surface textures, and finishes to meet functional, branding, and aesthetic requirements.
Manufactured in India with responsive support, competitive lead times, and exports to multiple countries worldwide.
Committed to recyclable materials, optimized processes, and waste reduction for a more sustainable future.
Turning ideas into durable, high-performance plastic products for OVER DECADES OF EXPERIENCE.
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Unlike many smaller rotational molders, Agri-Plastics Custom Rotomolding has sufficient volumes of material to allow us to commit to the much superior method of melt compounding our coloured polyethylene. When dry mixing pigments into polyethylene, the pigment acts as a foreign body, significantly decreasing the physical properties of the material.
Melt compounding creates a more homogeneous blend and allows physical properties, such as impact resistance, to be far greater. This is very important to most OEM customers, as well as for any product that might receive impacts through normal use. Melt compounding also allows for richer and more consistent colors, in addition, we have the ability to add fire retardants, ultra-violet light absorbers, anti-statics and many other additives. Another benefit of having higher material volumes is that we pulverize our own material.
"This allows us to create and meet a quality standard that actually enhances the physical properties of the material and therefore the final product."
Advanced Melt Compounding & In-House Technical Solutions
We can make your product any color you want. Our on-site color compounding allows for greater customization and rapid prototyping.
Dry color blending eliminates production steps, thereby reducing costs and production time for specific high-volume projects.
On-site pulverizing allows us to create the highest quality resin powder, significantly improving speed and lowering overheads.
We recycle all of our scrap plastic. This allows for greater sustainability and savings for us, which we pass directly on to you!
With a large in-house extruder, we can enhance resins with specialized additives such as opacity fillers and performance colors.
State-of-the-art system accurately dispenses the right amount of powder for consistent wall thickness and structural integrity.
Controlled heat and multi-axis rotation to form hollow, seamless components with consistent wall thickness.
The metal mould is filled with a predetermined quantity of polymer powder, closed, clamped and then passed into an oven chamber.
The mould is heated externally to a high temperature and rotated around both vertical and horizontal axis. As the powder inside heats up, it begins to melt and adhere to the inner surface of the mould. This continues until an even layer of molten plastic is formed over the surface of the mould.
In the cooling chamber air is directed at the mould and in some cases water jets are used. When the plastic inside the mould has become solid, the mould can be removed from the cooling chamber.
The plastic component is then removed from the mould and allowed to finish the cooling process unrestricted by the mould.
Cycle time can vary from 20 minutes to one hour. The plastic is formed without pressure and as a result has no moulded in stresses.