Pressed Parts Manufacturer in India

Sheet metal pressed parts coming off a production press line

Presco-Mec Group is a pressed parts manufacturer in India, blanking, piercing and forming sheet metal components for automotive OEMs, Tier-1 suppliers and industrial equipment makers. With 38+ years of manufacturing experience, IATF 16949:2016 certified processes and two production units in Faridabad, Haryana, we take a pressed part from drawing review and tooling through press operations, secondary machining, welding, surface treatment and CMM inspection in one in-house process chain.

A pressed part is decided twice: once when the tool is designed, and again on every stroke of the press after that. The tool sets what the part can be; process control decides whether part ten thousand still matches the first-off sample. We plan for both, so your line receives a part that fits without rework, in the finish your drawing specifies. For the full component range and the applications we serve, see our pressed parts manufacturer and supplier in India page.

Pressed Parts We Manufacture

Our press shop, machine shop and weld shop produce pressed sheet metal components for structural, mounting and protective duty:

• Structural brackets, mounting plates, gussets and support plates
Cross-members, reinforcements and frame components
Covers, guards, heat shields and baffle plates
Panels, enclosures, mudguards and fenders
Clamps, clips and small formed parts
Pressed components joined into welded sub-assemblies
Custom parts pressed to customer drawings, 3D CAD data or approved samples

Each part is quoted against your drawing, material and volume, so the tooling route, press operations and finish are confirmed in our feasibility response rather than assumed.

Stamped steel brackets and mounting plates ready for secondary operations

Press tool die used for blanking and piercing sheet metal parts

Sheet metal press operations showing blanking

Press Operations Matched to the Part

Most pressed parts pass through more than one operation. Blanking cuts the profile from coil or sheet, piercing adds holes and slots, forming and bending create the three-dimensional shape, and trimming finishes the edge. The sequence, the number of stages and the tool construction are chosen to suit the part geometry, the material grade and thickness, and the annual volume.

Tooling is designed in SolidWorks and CAD/CAM in coordination with your engineering team, and built through our in-house tool manufacturing facility or our associate tool rooms in India and Asia, depending on the programme. Because tool design and press operations sit with the same team, manufacturability feedback reaches your engineers before tooling is committed, not after first-off samples are rejected.

Line-Ready Parts, Not Just Stamped Blanks

A part that leaves the press is rarely the part your line needs. Burrs, flatness and hole condition decide whether it fits at assembly without hand finishing. Our in-house machine shop carries out the secondary operations that turn a pressed part into a line-ready component: drilling, deburring and polishing, flattening and broaching.

Where the drawing calls for a joined unit, our weld shop takes the pressed parts through MIG, robotic, spot or projection welding. Where it calls for corrosion protection, parts are processed on our PTCED line or conveyorised powder-coating line. Every stage runs in our own facilities, so one supplier is accountable for the part from coil to dispatch.

Deburring and drilling a pressed steel component in a machine shop

Pressed sheet metal parts on a conveyorised coating line

precision sheet metal manufacturing capabilities

Why Sourcing Teams Choose Presco-Mec Group for Pressed Parts

38+ years of sheet metal pressing experience and 200+ skilled team members
IATF 16949:2016, ISO 9001:2015, ISO 14001:2015 and ISO 45001:2018 certified systems, detailed on our Quality Profile page
Tool design in SolidWorks and CAD/CAM, with in-house tool manufacturing and associate tool rooms
Press, machine shop, weld, surface treatment and CMM inspection in one process chain
The same press shop behind our brake, chassis, engine, two-wheeler, tractor and off-highway parts
10+ OEM relationships and 25+ industry awards, see our featured customers
D&B D-U-N-S registered (65-006-5357) for fast vendor verification
Warehouses in Pithampur, Jamshedpur, Pune and Chennai for delivery close to your plant, see all manufacturing locations

Holding Tolerance from First-Off to Repeat Batch

Pressed parts are bought in volume, and volume exposes drift. Tool wear, coil-to-coil variation in material and changes in press setting can move a hole position or a flange angle gradually over a production run, so a part that passed first-off inspection can still arrive out of tolerance months later. We manage this through process control and traceability from incoming material to final inspection, and by verifying critical dimensions in our standard room on CMM, Profile Projector and Faro Arm equipment before release. Tolerances are taken from your drawing, not assumed, so please flag critical-to-quality characteristics when you send your enquiry.

Consistent dimensional quality across series production
Process control from incoming material to dispatch
Scheduled production aligned with customer line requirements
One point of accountability for fitment, finish and delivery

Precision measurement and quality inspection of pressed metal components using CMM

Certified manufacturing & quality systems

Our manufacturing operations are certified to internationally recognised automotive and quality standards.

IATF 16949:2016

ISO 9001:2015

ISO 14001:2015

ISO 45001:2018

View quality profile & certificates

Six-step pressed parts process from drawing review to CMM inspection

Our In-House Process: From Drawing to Dispatch

Drawing review: Review the part, material grade and thickness for manufacturability.
Tooling: Design and develop production tooling in coordination with your engineering team.
Press operations: Blank, pierce, form and trim the component through controlled press operations.
Secondary operations: Drill, deburr, flatten or broach as the drawing requires.
Welding and surface treatment: Weld into sub-assemblies where specified, then apply PTCED and/or powder coating.
CMM inspection: Verify critical dimensions and tolerances before release.

What to Include in Your Pressed Parts RFQ

To assess feasibility and prepare an accurate quotation, share as much of the following as is available:

Drawings and CAD data: 2D drawings and 3D models, with approved samples if available.
Material: Grade, thickness and applicable material standard.
Critical dimensions: Tolerances, GD&T and critical-to-quality characteristics.
Secondary operations and finish: Machining, welding, PTCED or powder-coating requirements.
Volumes: Annual quantity, batch sizes and ramp-up plan.
Supply status: New development or transfer from a current supplier, with existing tooling details.
Quality and approval requirements: Inspection plan and PPAP/APQP documentation, where your programme requires it.
Timelines and delivery location: Target start of production, sample dates and delivery plant.

Share your drawings and requirements through our Business Enquiry page to start a sourcing discussion.

Reviewed by Sunil Goyal, Chief Operating Officer

Engineer reviewing a pressed part drawing for an RFQ feasibility check

Pressed Parts Manufacturing FAQs

Which pressed parts does Presco-Mec Group manufacture?

We manufacture pressed sheet metal components including structural brackets, mounting plates, gussets and support plates, cross-members and reinforcements, covers, guards, heat shields and baffle plates, panels, enclosures, mudguards and fenders, clamps and small formed parts, and custom parts pressed to customer drawings or approved samples.

Which press operations are used to make a pressed part?

Most parts combine blanking to cut the profile, piercing for holes and slots, forming and bending for the three-dimensional shape, and trimming to finish the edge. The sequence and the number of stages are chosen to suit the part geometry, material grade, thickness and annual volume.

Is tooling for pressed parts built in-house?

Tooling is designed in SolidWorks and CAD/CAM in coordination with your engineering team. Depending on the programme, it is built in our in-house tool manufacturing facility or through our associate tool rooms in India and Asia, and the route is confirmed in our feasibility response.

What secondary operations can be carried out after pressing?

Our in-house machine shop carries out drilling, deburring and polishing, flattening and broaching, so pressed parts arrive ready to fit. Parts can also be welded into sub-assemblies and finished on our PTCED or conveyorised powder-coating lines.

How do you keep pressed parts dimensionally consistent over long production runs?

Tool wear, material variation and press settings can shift dimensions gradually over a run, so we maintain process control and traceability from incoming material to final inspection, and verify critical dimensions on CMM, Profile Projector and Faro Arm equipment before release.

Can you take over a pressed part currently made by another supplier?

Often, yes. Share the current drawing, approved samples and details of the existing tooling, including who owns it. Our engineering team will confirm whether the existing tool can be used or a new tool is required, and what validation is needed before series supply.

Do you supply pressed parts for lower-volume programmes as well as series production?

Yes. Share your annual volume, batch sizes and ramp-up plan with your enquiry, and our engineering team will confirm a tooling and production approach suited to that volume.

Can one supplier cover pressed parts across several vehicle platforms?

Yes. The same press shop supplies brake, chassis and cabin, engine, two-wheeler, tractor and off-highway parts, so procurement teams can consolidate several commodities with one IATF 16949:2016 certified vendor.

What should we send to start a pressed parts sourcing discussion?

Send drawings or 3D models, material grade and thickness, critical dimensions, secondary-operation and finish requirements, annual volumes and target timelines through our Business Enquiry page or to info@prescomecgroup.com. Our engineering team will revert with a feasibility response.

Last updated: October 28, 2026