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Every process. Owned in-house.

From raw billet to finished, packed part — every process below runs on a Radish plant. Capabilities are distributed across our five facilities in Aligarh, Greater Noida and Goa, so each line is built and scaled for the parts it serves, with SAP tracking heat number, operator and lot from material receipt all the way through to container dispatch.

In-house R&D and Engineering line at RADISH TECHNOLOGIES

In-house R&D and Engineering

A dedicated R&D and design cell runs DFM reviews, 3D CAD, FEA simulation and rapid 3D-printed prototypes before a single die is cut. Customer drawings are re-engineered for manufacturability, and first-article samples move from concept to physical part in weeks, not quarters.

Software
SolidWorks, AutoCAD, FEA
Prototyping
FDM & SLA 3D printing in-house
Output
DFM reports, 2D/3D drawings, PPAP

Materials

  • Customer drawings
  • Reverse-engineered samples
  • Concept sketches

Recommended for

  • Drawing-to-part program management
  • Design-for-manufacture optimization
  • Functional prototypes before tooling commit
  • Custom OEM development programs
Tool Room and Die Shop line at RADISH TECHNOLOGIES

Tool Room and Die Shop

An in-house tool room with VMC, wire-EDM, surface grinding and conventional milling builds and maintains all stamping dies, forging dies, jigs and fixtures used on the shop floor. Tooling changes and repairs are turned around internally, so production lines aren't held hostage by external die-makers.

Equipment
VMC, wire-EDM, surface grinder
Scope
Stamping dies, forging dies, jigs, fixtures
Turnaround
In-house repair & modification

Materials

  • Tool steel D2/H13/OHNS
  • EN-series die blocks
  • Hardened inserts

Recommended for

  • New stamping & forging die builds
  • Jigs and weld fixtures for robotic cells
  • Tooling repair and die life extension
  • Press-shop changeovers without vendor delay
Forging Hammer line at RADISH TECHNOLOGIES

Forging Hammer

Drop-hammer and pneumatic forges shape heated billets into dense, grain-aligned parts with superior fatigue strength. Tooling is designed and cut in-house, so prototype dies move to production without a vendor handoff.

Capacity
Up to 2 tons
Billet temp
1100–1250 °C
Tolerance
±0.5 mm pre-machining

Materials

  • Carbon steel
  • Alloy steel
  • Stainless 304/316
  • Brass

Recommended for

  • Power T&D ball & socket fittings
  • Trailer hitch shanks and tow balls
  • Drop-forged camping hardware
  • High-load bracketry for custom assemblies
Pneumatic Power Presses up to 615T line at RADISH TECHNOLOGIES

Pneumatic Power Presses up to 615T

Pneumatic power presses from 30 to 615 tons blank, pierce, draw, and form sheet metal at production cadence. High-tonnage 615T capacity handles deep-draw and heavy-gauge work that mechanical presses can't.

Tonnage
30 – 615 T
Sheet gauge
0.5 – 16 mm
Throughput
Up to 90 strokes/min

Materials

  • CRCA sheet
  • HRPO
  • Aluminium
  • Galvanized steel

Recommended for

  • AV mount back-plates and arms
  • Telecom RRU brackets and clamps
  • Auto roof-rack and mounting sub-plates
  • Sheet-metal stampings for custom OEM parts
CNC Laser Cutting line at RADISH TECHNOLOGIES

CNC Laser Cutting

Fiber laser cutting cells produce clean, burr-free profiles from sheet and plate with no tooling cost. Nesting software maximizes material yield across mixed-part runs — ideal for prototypes through mid-volume production.

Source
Fiber laser up to 6 kW
Bed size
1.5 × 3.0 m
Cut range
MS up to 20 mm, SS up to 12 mm

Materials

  • Mild steel
  • Stainless steel
  • Aluminium
  • Galvanized sheet

Recommended for

  • Custom brackets and mounting plates
  • Prototype sheet-metal parts
  • Telecom enclosure panels
  • Decorative grills and grates
Foundry — Gravity, Low-Pressure & Sand Casting line at RADISH TECHNOLOGIES

Foundry — Gravity, Low-Pressure & Sand Casting

Three parallel foundry lines under one roof: gravity die-casting for copper alloys, low-pressure die-casting for brass and aluminium bronze, and sand casting for grey and ductile iron. Pattern-making, melt control and shake-out are in-house, so casting changes don't wait on outside tooling. Combined foundry throughput runs to 5,000 kg per day across metals and alloys.

Gravity casting
Copper alloys, up to 1.5 kg
Low-pressure casting
Brass & aluminium bronze, up to 2 kg
Sand casting
GI & CI, up to 15 kg
Foundry capacity
5,000 kg / day across metals & alloys
Melting
Medium-frequency induction furnaces with spectro-verified heats
Energy
Rooftop solar tied to the grid powers foundry auxiliaries

Materials

  • Copper alloys
  • Brass
  • Aluminium bronze
  • Grey iron (CI)
  • Galvanized / ductile iron (GI)

Recommended for

  • Power T&D fittings and hardware bodies
  • Brass and bronze valve and fitting bodies
  • Cast iron cookware: skillets, dutch ovens, tava
  • Heavy auto brackets and housings
CNC Machining line at RADISH TECHNOLOGIES

CNC Machining

VMC and CNC turning centres machine forged, cast and bar-stock parts to tight tolerances. In-house fixturing and CAM programming move new parts from drawing to first article without external job-work, and lot-to-lot repeatability is held under 50 microns on critical features.

Equipment
VMC + CNC turning centres
Axes
3 to 4-axis milling, live-tool turning
Tolerance
±0.02 mm on critical features

Materials

  • Carbon & alloy steel
  • Stainless 304/316
  • Aluminium
  • Brass
  • Cast iron

Recommended for

  • Finish-machining of forgings and castings
  • Precision auto and telecom components
  • Threaded fittings and hardware
  • Machined sub-assemblies for OEM programs
Robotic and Manual Welding line at RADISH TECHNOLOGIES

Robotic and Manual Welding

FANUC 6-axis robotic MIG/MAG cells, fixtured by in-house tool design, produce repeatable welds across long production runs. Manual laser and MIG stations cover prototypes, repairs, and mixed-volume work.

Robotic MIG/MAG
22 cells
Manual laser / MIG
30 stations
Repeatability
±0.1 mm at toolpoint

Materials

  • Mild steel
  • Stainless 304/316
  • Aluminium 5052/6061

Recommended for

  • Welded AV mount frames and brackets
  • Telecom tower mount sub-assemblies
  • Trailer hitch weldments
  • Fabricated fire pits and camping frames

Hot-Dip Galvanizing

Two in-house galvanizing plants with zinc kettles deliver utility-grade corrosion protection for outdoor and grid hardware. Process is controlled end-to-end — degrease, pickle, flux, dip, quench — for consistent coating weight.

Plants
2 galvanizing lines
Kettle size
3.0 m
Coating
85 – 200 µm per ASTM A123
Throughput
Up to 40 tons / day

Materials

  • Carbon steel
  • Forged & fabricated assemblies

Recommended for

  • Power T&D fuse cutout bodies and clamps
  • Telecom pole stand-offs and ladders
  • Tent stakes, pegs, and outdoor hardware
  • Structural brackets exposed to weather
Electroplating line at RADISH TECHNOLOGIES

Electroplating

Rack and barrel plating lines deposit uniform zinc, nickel, silver, and trivalent passivation on small to mid-size parts. Closed-loop chemistry control keeps coating thickness and appearance consistent batch to batch.

Processes
Zinc, Ni, Zn-Ni, Silver, Cr (trivalent)
Coating
5 – 25 µm per ASTM B633
Modes
Rack & barrel

Materials

  • Steel
  • Brass
  • Forged & machined small parts

Recommended for

  • Auto fasteners and small hardware
  • Telecom fittings and clamps
  • Decorative finishes on consumer parts
  • Corrosion protection for indoor hardware

Powder Coating

Automated 7-tank pretreatment feeds a conveyorized booth with reciprocator-mounted spray guns and a gas-fired curing oven. Reciprocator stroke and conveyor speed are tuned per profile for uniform film build.

Lines
3 powder coating lines
Pretreatment
7-stage phosphate
Application
Reciprocator + manual touch-up
Coating
60 – 120 µm film build
Salt spray
>500 hr (ASTM B117)
Standards
ASTM D3359 adhesion, D3363 pencil hardness, D2794 impact

Materials

  • Steel
  • Aluminium
  • Galvanized substrates

Recommended for

  • AV mounts in matte black and texture finishes
  • Auto accessories in custom OEM colors
  • Camping hardware in field-rated coatings
  • Architectural and signage components
Spray Oil Seasoning line at RADISH TECHNOLOGIES

Spray Oil Seasoning

A conveyorized spray-seasoning line applies a uniform film of food-grade vegetable oil to cast iron cookware, then bakes it onto the surface in a controlled high-temperature oven. Automated nozzles deliver a consistent, even coat across skillets, tava, and dutch ovens — eliminating the hand-rub variability of traditional seasoning and giving every piece a factory-finished, ready-to-cook surface.

Application
Conveyorized spray booth, automated nozzles
Oil
Food-grade vegetable, FSSAI-compliant
Cure
Polymerized at 230–260 °C

Materials

  • Grey iron cookware
  • SG iron cookware
  • Food-grade vegetable oil

Recommended for

  • Pre-seasoned skillets, tava, and dosa pans
  • Dutch ovens and grill pans
  • Camping cast iron cookware
  • Private-label cookware programs

Tech-Enabled Assembly & Packaging Lines

Dedicated assembly halls run conveyorized lines with poka-yoke fixtures, torque-verified driving, vision-based barcode and label checks, and SAP-linked station terminals. Every kit is built, scanned, and packed against a live work order — so traceability, lot data and pack count flow straight from the line into shipping.

Lines
20+ conveyorized assembly cells
Controls
Torque-verified, vision-checked, SAP-linked
Output
Kitted, labeled and packed to customer SKU

Materials

  • Finished sub-assemblies
  • Fasteners & hardware kits
  • Inner & outer cartons

Recommended for

  • AV mount kits with full hardware bags
  • Telecom mount sub-assemblies
  • Retail-ready boxed cookware
  • OEM private-label packaging programs
QC Testing & Technology Center line at RADISH TECHNOLOGIES

QC Testing & Technology Center

A state-of-the-art technology center anchors every plant — vision measurement systems with 3D probe, salt-spray and humidity chambers, UTM, hardness and impact rigs, spectrometer and XRF for chemistry, and a metallurgical lab for microstructure and case-depth work. Inspection plans are SAP-linked and lot-tagged, so every shipment leaves with traceable data behind it.

Metrology
Vision measurement systems with 3D probe, height & profile gauges
Materials
Spectrometer, XRF, metallurgical lab
Mechanical
UTM, hardness, impact, salt-spray, humidity
Traceability
SAP-linked inspection plans, lot-tagged reports

Materials

  • Forged, cast, machined & coated parts
  • Incoming raw material
  • In-process & final lots

Recommended for

  • PPAP and FAIR submissions
  • First-article & in-process inspection
  • Coating performance validation
  • Customer-specific quality plans

[QC] TESTING CAPABILITIES

Every lot, measured and verified.

An on-site metallurgical and packaging test lab validates material, dimensions, coatings, and shipping integrity to international standards before any part leaves the plant.

In-house testing lab

  • XRF Analyzer in the QC lab

    XRF Analyzer

    Portable X-ray fluorescence analyzer for rapid, non-destructive alloy verification and RoHS screening of incoming metals and finished coatings.

    ASTM E572ISO 20823
  • Optical Emission Spectrometer in the QC lab

    Optical Emission Spectrometer

    Spark OES for precise elemental analysis of ferrous and non-ferrous alloys, certifying material chemistry against customer specifications.

    ASTM E415ASTM E1086
  • Universal Testing Machine in the QC lab

    Universal Testing Machine

    Hydraulic UTM for tensile, yield, elongation, and bend tests on raw material, weld coupons, and finished hardware up to 1000 kN.

    ASTM E8ISO 6892
  • Vision Measurement System with 3D Probe in the QC lab

    Vision Measurement System with 3D Probe

    High-precision vision measurement system with 3D probe for dimensional verification of machined and assembled parts against PPAP and FAI drawings.

    ISO 10360AIAG PPAP
  • Salt-Spray Chamber in the QC lab

    Salt-Spray Chamber

    Neutral and cyclic salt-spray testing on coated panels and finished parts to validate corrosion performance before release.

    ASTM B117ISO 9227
  • Packaging & Transit Validation in the QC lab

    Packaging & Transit Validation

    Automated hardware packing lines kit fasteners, mounts and accessories under cleanroom conditions, then samples are run through a vibration shaker, drop tester and compression rig against ISTA distribution profiles before export.

    ISTA 3A / 3EASTM D4169

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