Shop floorProduction Bay
The main bay with the overhead EOT crane, laser-cutting machine and work areas.
2006Since
About the company
Engineering Experience. Practical Execution.
Established in 2006, Rajeswari Engineering Works provides fabrication and engineering job-work services for industrial applications. The company brings together skilled workmanship, metal-processing equipment and a focus on meeting customer specifications.
- Work carried out to the customer’s drawings and agreed requirements.
- Laser cutting, shearing, bending, welding and finishing under one roof.
- Requirements discussed directly with the team handling the job.
2006Established
3kWLaser-cutting machine
150TBending capacity
5TEOT crane
The OwnerRajeswari Engineering Works
Leadership
Hands-On On The Shop Floor
The owner works directly on the shop floor, reviewing jobs with the team and staying involved from the customer’s drawing to the finished part.
- Requirements discussed directly with the person responsible for the work.
- Running the workshop in Kundrathur since 2006.
Our workshopEngineering Growth
Engineering Growth
With Purpose
A look inside the Kundrathur workshop where every job is cut, formed, welded and finished.
Shop floor
WorkshopBending & Fabrication Area
The bending machine, welding stations and fabrication tables.
OfficePlanning & Coordination
Where drawings are reviewed and jobs are planned with customers.
Our capabilities
Driven By Technical Commitment
The work spans sheet-metal processing, welding, structural fabrication and custom-engineered metal components.
- Laser Cutting
- Sheet-Metal Bending
- Industrial Shearing
- MIG & TIG Welding
- Plasma & Pug Cutting
- Custom Fabrication
6In-house processes
4Industry sectors served
Machinery inventoryThe Equipment
The Equipment
Behind The Work
Capacities as listed in the company’s machinery inventory. Where a rating isn’t documented, none is claimed.
Sheet-metal processing
| Laser-cutting machine | 3 kW |
|---|---|
| Shearing machineHindustan | 16 mm |
| Bending machineHindustan | 150 T |
Welding equipment
| MIG welding machine | Inverter type |
|---|---|
| TIG welding machine | 400 A |
| TIG welding machines × 2 | 300 A |
| TIG welding machine | 200 A |
Cutting, drilling & finishing
| Air plasma cutterRILAND Cut 100 | DC inverter |
|---|---|
| Pug cutting machine | — |
| Drilling machines | — |
| Grinding machines | — |
Material handling & support
| EOT crane | 5 T |
|---|---|
| Air compressor | — |
How we work
Structured Workflow From Drawing To Handover
Every job starts with your drawing or requirement and moves through the relevant in-house operations.
Start your projectStep01
Share your requirement
Send a drawing, sketch, component details or a description of the project.
Step02
Discuss the scope
The team reviews the requirement and clarifies the specifications needed.
Step03
Fabrication & processing
The agreed work moves through the relevant cutting, forming and welding operations.
Step04
Project handover
The completed work is prepared for handover as per the agreed requirements.
Our clients
Trusted By Industry
Contact usReliable Assistance
Reliable Assistance
For You
Share a drawing or describe your requirement. The team will review the specifications and get back to you.