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Chennai, Tamil Nadu · Est. 2014
SS GROUP
INDUSTRIES
Precision Engineered.
Powerfully Delivered.

South India's premier industrial cutting solutions provider — delivering state-of-the-art waterjet and laser cutting services across construction, automotive, aerospace, and manufacturing.

SS WATERJET
Waterjet Cutting Division
SS LASERJET
Laser Cutting Division
Get a Quote → Explore Divisions
SS Group Industries — CNC Waterjet and Laser Precision Cutting, Chennai
CNC Waterjet & Laser Cutting — Chennai
10+
Years of Excellence
5000+
Projects Delivered
12+
Industries Served
50+
Certified Workforce
About Us
A Legacy of Precision Engineering

Headquartered in Chennai, Tamil Nadu — serving industries across India with unmatched precision, speed, and reliability.

SS Group Industries is a premier industrial cutting solutions provider headquartered in Chennai, Tamil Nadu, India. Operating under two specialised divisions — SS Waterjet and SS Laserjet — the group delivers state-of-the-art material processing services to clients across construction, automotive, aerospace, interior design, and heavy manufacturing sectors.

With a commitment to zero-compromise quality, rapid turnaround, and client-centric service, SS Group Industries has built a reputation as a dependable partner for both prototype development and large-scale industrial production. Our dual-technology approach enables us to handle virtually any cutting requirement with unmatched versatility.

From a single custom part to bulk orders of thousands of identical components, our flexible capacity and advanced CNC-controlled systems ensure every project is delivered on time, on spec, and to the highest quality standards.

10+
Years of Excellence
5000+
Projects Delivered
12+
Industries Served
50+
Certified Workforce
Our Vision
To be South India's most trusted precision cutting group, setting benchmarks in quality, innovation, and industrial service excellence.
Our Mission
To provide advanced waterjet and laser cutting solutions that empower industries with precision, speed, and cost efficiency — backed by expert craftsmanship and cutting-edge technology.
Core Values
Precision — Accuracy in every cut
Integrity — Transparent dealings
Innovation — Embracing technology
Reliability — On-time, every time
Safety — Zero-compromise workplace
Our Divisions
Two Technologies.
One Standard of Excellence.

Dual cutting capability under one roof — we select the optimal technology for each job.

Waterjet Cutting Machine
⬡ SS Waterjet Division
Waterjet Cutting

Ultra-high-pressure water combined with abrasive garnet delivers clean, burr-free edges across virtually any material — with zero heat distortion. The preferred choice for applications demanding dimensional accuracy and surface integrity.

Cutting Thickness
Up to 200 mm (metal)
Accuracy
±0.1 mm
Max Bed
Bed (1) 3000 × 3000 mm
Bed (1) 2000*1500 mm
Pressure
Up to 250 PSI
Mild SteelStainless SteelAluminiumTitaniumGraniteMarbleTempered GlassCarbon FibreRubberComposites
  • No Heat-Affected Zone — Cold cutting preserves material metallurgy
  • Omni-directional Cutting — Complex contours & intricate geometries
  • Eco-Friendly Process — Abrasive water can be recycled and reused
  • No Secondary Finishing — Smooth edges reduce post-processing
Laser Cutting Machine
⬡ SS Laserjet Division
Laser Cutting

High-powered CO₂ and fibre laser cutting systems engineered for ultra-fast, high-precision sheet metal processing. The solution of choice for clients requiring tight tolerances, high-volume output, and immaculate edge quality.

Laser Power
Up to 6 kW Fibre
Accuracy
±0.01 mm
Max Sheet
6000*2500 mm
Cutting Speed
Up to 40 m/min
Mild SteelStainless SteelAluminiumGalvanised SteelCopperBrassTitaniumTool Steel
  • Exceptional Speed — Industry-leading velocity for high-volume production
  • Sub-millimetre Accuracy — ±0.05 mm consistent, repeatable quality
  • Clean Burr-Free Edges — Minimise or eliminate post-process grinding
  • Complex Geometry — Micro-holes, sharp corners, fine detail with precision
CNC Bending Machine
⬡ SS Bending Division
CNC Bending Machine

High-tonnage CNC press-brake bending for sheet and plate components cut on our waterjet and laser lines. Precision back-gauging and programmable bend sequencing deliver consistent angles and repeatable tolerances on every job, from single brackets to long structural profiles.

Max Bending Length
3000 mm
Tonnage
Up to 200 Tons
Accuracy
±0.5° bend angle
Max Thickness
Up to 12 mm (MS)
Mild SteelStainless SteelAluminiumGalvanised SteelCopperBrass
  • 3000 mm Bed Length — Handles long panels and structural profiles in a single pass
  • CNC Back-Gauge Control — Repeatable bend positioning across production runs
  • Multi-Bend Sequencing — Complex box and channel sections formed in one setup
  • Direct From Cutting — Seamless handoff from waterjet/laser blanks to finished bent parts
Technology Deep-Dive
Understanding Our
Cutting Technologies

Every cutting job is unique. Here is a comprehensive breakdown of what each technology offers — so you can make the right choice every time.

Waterjet cutting
💧 SS Waterjet Division

Waterjet Cutting

Cold-cut any material up to 200 mm thick with zero heat distortion — the universal precision cutter.

Laser cutting
⚡ SS Laserjet Division

Laser Cutting

Ultra-fast, sub-millimetre accuracy on metals — the highest-speed sheet metal cutter on the market.

💧 Waterjet — Complete Advantage Profile
🧊
Zero Heat-Affected Zone (HAZ)
Waterjet is a purely cold-cutting process. No heat is generated at the cut zone, which means the parent material's microstructure, hardness, and metallurgical properties are completely preserved.
  • No thermal distortion or warping on thin or large sheets
  • Hardened steels retain their surface hardness post-cut
  • Titanium and aerospace alloys maintain certification-grade integrity
  • Tempered glass and stone cut without cracking from thermal shock
HAZ = 0 mm
📐
Universal Material Compatibility
No other cutting process matches waterjet's breadth of material capability. From soft rubber gaskets to 200 mm steel plate, a single machine handles them all without tooling changes.
  • Metals: mild steel, SS, aluminium, titanium, Inconel, copper, brass
  • Stone & ceramics: granite, marble, slate, porcelain, sandstone
  • Glass: float glass, laminated glass, tempered glass
  • Composites: CFRP, GFRP, Kevlar, phenolic laminates
  • Soft materials: rubber, foam, neoprene, leather, plastics, food
25+ Material Types
📏
Superior Thick-Section Cutting
Waterjet is unmatched when material thickness exceeds 20 mm. Unlike laser which degrades at thickness, waterjet maintains consistent cut quality all the way to 200 mm on metals.
  • Cut up to 200 mm mild steel with ±0.1 mm accuracy
  • Stone and composites up to 300 mm in special configurations
  • No taper on low-speed fine cuts (Dynamic Waterjet mode)
  • Consistent kerf width regardless of depth
Up to 200 mm Metal
✨
Smooth, Ready-to-Use Edges
Waterjet produces a fine abrasive satin finish on cut edges. In most applications, no secondary finishing, grinding, or deburring is required — the part can be used directly off the machine.
  • Ra 1.5–3.5 µm surface roughness achievable on metals
  • Zero burr — no sharp edge hazards in handling
  • No recast layer or micro-cracks on cut faces
  • Immediately weldable, paintable, or plateable edges
Ra 1.5–3.5 µm
🌀
Complex Geometry & Tight Nesting
The waterjet head moves in any direction at any speed, enabling intricate geometry including internal cutouts, sharp re-entrant corners, fine filigree patterns, and near-zero lead-in distances.
  • Minimum inside radius ≈ 0.5 mm (nozzle diameter dependent)
  • Internal piercing without pilot holes for most materials
  • Tight part nesting saves 15–30% raw material
  • Multi-stack thin sheet cutting for cost efficiency
Min Radius ≈ 0.5 mm
♻️
Eco-Friendly & Safe Process
Waterjet cutting produces no toxic fumes, no hazardous dust, no UV radiation, and no fire risk. It is the safest industrial cutting method for operators and the environment.
  • No harmful smoke or fume extraction systems required
  • Garnet abrasive is non-toxic and recyclable
  • Water recirculated and treated in closed-loop systems
  • Safe for food-industry material cutting (FDA-acceptable)
  • No fire or explosion risk near flammable materials
Zero Toxic Emissions
Waterjet in action

Full Waterjet Advantage Checklist

Every technical benefit your engineering team needs to know when specifying waterjet cutting for a project.

🔩
No Tool Wear or Replacement Cost
The waterjet nozzle does not contact the material. No tooling to change, sharpen, or replace — just continuous cutting with consistent quality.
⚖️
Minimal Clamping Forces
Low lateral cutting forces mean fragile, thin, or irregularly shaped parts can be cut without complex fixturing or risk of deformation.
🔄
Omni-Directional Cutting Head
The CNC nozzle traverses in X, Y, and rotational axes — enabling undercuts, bevels, and compound-angle geometry on 5-axis systems.
🏆
Aerospace & Medical Grade Cutting
Validates for AS9100 aerospace and ISO 13485 medical device supply chains where HAZ and recast layers are prohibited by specification.
💧
Cuts Reflective & Conductive Materials
Copper, brass, and highly reflective aluminium alloys that cause back-reflection problems for lasers are cut effortlessly by waterjet.
📊
Predictable, Repeatable Accuracy
CNC-controlled motion systems maintain ±0.1 mm tolerance across full bed dimensions — guaranteed consistent first article to last part.
🪨
Natural Stone & Ceramic Profiling
Marble, granite, slate, and ceramic tiles cut to any shape for architectural inlay, floor patterns, and façade cladding with no chipping.
🚀
No Setup Tooling or Die Costs
Change part geometry instantly by uploading a new DXF file. No dies, punches, or moulds required — ideal for prototyping and small batches.
⚡ Laser — Complete Advantage Profile
🚀
Industry-Leading Cutting Speed
Fibre laser cutting is the fastest sheet metal cutting technology available. At thin gauges, laser cuts at speeds that are 5–10× faster than waterjet, dramatically reducing cost-per-part at volume.
  • Up to 40 m/min on thin stainless and aluminium sheet
  • 3 mm mild steel cut at 10–15 m/min with clean edges
  • Auto-focus and nozzle-change enable multi-material runs
  • Optimal for high-volume production batches of 100+ parts
Up to 40 m/min
🎯
Sub-Millimetre Precision
Laser achieves ±0.05 mm positional accuracy — twice the precision of waterjet. The focused beam diameter is as small as 0.1 mm, enabling micro-features impossible with other processes.
  • Micro-holes down to 0.5 mm diameter on thin sheet
  • Sharp 90° re-entrant corners with minimal radius
  • Fine-pitch perforation patterns at high throughput
  • Repeatable ±0.05 mm tolerance across entire sheet bed
±0.05 mm Accuracy
✂️
Narrow Kerf & Material Saving
The laser beam produces a kerf width of just 0.1–0.3 mm, versus 0.8–1.2 mm for waterjet. This allows tighter part spacing in nesting programs, maximising yield from every sheet.
  • Kerf as narrow as 0.1 mm on thin gauge materials
  • Parts nested with 0.5 mm spacing for maximum yield
  • Reduces raw material wastage by up to 35% vs. blanking
  • Sharp corner transitions with minimal radius
Kerf 0.1–0.3 mm
🪞
Excellent Edge Quality on Sheet Metal
Modern fibre laser with nitrogen assist gas produces smooth, oxide-free, weld-ready edges on stainless steel and aluminium without any secondary treatment.
  • Nitrogen-assisted cuts leave bright, oxidation-free surfaces
  • Edges ready for immediate TIG/MIG welding or coating
  • Minimal dross on mild steel with oxygen assist
  • Consistent edge quality from first to last part in run
Weld-Ready Edges
🔁
High Repeatability & Automation
Laser systems integrate with automated sheet loading, unloading, and sorting. Once programmed, a job can run lights-out with near-zero operator intervention.
  • Auto-focus maintains beam spot across varying material thickness
  • Tower storage integration for 24-hour unmanned production
  • Part-tracking and barcode systems for traceability
  • Consistent part-to-part repeatability across thousands of pieces
Lights-Out Capable
💡
Low Operating Cost Per Part
Fibre laser has extremely low energy consumption versus CO₂ laser and no consumable abrasives. At scale, the cost-per-part is the lowest of any precision cutting method for sheet metals.
  • Fibre laser efficiency: 30–40% wall-plug efficiency vs 10% CO₂
  • No garnet abrasive cost — only assist gas (N₂ or O₂)
  • Long-life laser source: 25,000+ operating hours
  • Minimal maintenance downtime with solid-state laser design
Lowest Cost/Part
Laser cutting close-up

Full Laser Advantage Checklist

The complete technical case for laser cutting — presented for engineers, buyers, and production planners.

📡
Non-Contact Process
No mechanical force applied to the workpiece. Fragile or thin-gauge materials are cut without distortion, denting, or scratch marks from clamping.
🔲
Micro-Perforation & Fine Detail
Laser can produce perforation patterns with hole diameters down to 0.5 mm at high throughput — perfect for speaker grilles, ventilation panels, and filter meshes.
🔧
Integrated Marking & Engraving
The same machine can engrave part numbers, barcodes, logos, and identification marks in a single setup — no secondary marking operation needed.
🏭
Best for High-Volume Sheet Metal
For production runs of 50+ identical sheet metal parts, laser is the cost-optimal choice due to speed advantage and low per-cycle consumable cost.
🌐
Multi-Gas Assist Flexibility
Oxygen assist for mild steel maximises speed; nitrogen assist for stainless gives oxide-free bright edges. Gas switching in seconds adapts to the job.
⚙️
No Mechanical Tool Changes
Unlike punching or milling, laser requires zero physical tool changes between jobs. New geometry loads via DXF upload and cutting begins immediately.
📐
Tight Tolerances on Complex Forms
Complex bracket profiles, interlocking tabs and slots, and sheet metal enclosure blanks produced to ±0.05 mm — ready for direct press-brake bending.
🔒
Consistent Quality Across Long Runs
Fibre laser systems maintain identical beam characteristics for 25,000+ hours. Part 1 and part 10,000 of a job are dimensionally identical.
Decision Guide
When to Choose Waterjet vs Laser
💧 Choose Waterjet When…
These project conditions favour waterjet cutting
Material is thicker than 20 mm (steel, aluminium, stone)
Material is heat-sensitive (titanium, Inconel, hardened steel, PTFE)
Cutting non-metallic materials — stone, glass, rubber, composites, foam
Part requires zero HAZ for weld or aerospace certification
Cutting reflective materials — copper, brass, polished aluminium
Decorative inlay work in stone, glass, or mixed materials
Prototype or small batch with many material types
Parts with complex 3D geometry or 5-axis bevels required
⚡ Choose Laser When…
These project conditions favour laser cutting
Sheet metal up to 20 mm — laser is faster and cheaper
High-volume production runs of 50+ identical sheet metal parts
Require micro-holes or fine perforation patterns (< 1 mm)
Part needs integrated laser marking or engraving in same setup
Fastest possible turnaround on sheet metal components required
Require ±0.05 mm or better dimensional accuracy on flat sheet
Cutting galvanised, coated, or painted sheet metal
Enclosures, brackets, frames — direct-to-press-brake blanks
Waterjet cut parts
Waterjet — What We Cut
Metals to 200mm Granite & Marble Tempered Glass Carbon Fibre Rubber & Foam Titanium Composites
Laser cut parts
Laser — What We Cut
Mild Steel Stainless Steel Aluminium Galvanised Sheet Copper & Brass Tool Steel Spring Steel
Materials Guide
What Can We Cut
For You?

A comprehensive reference guide to materials we process and the best cutting method for each.

⚙️
Mild Steel (MS)
The most common structural metal. Both processes excel — laser for thin sheet at speed, waterjet for thick plate with no HAZ.
Waterjet ✓ Laser ✓ Best for Both
🔩
Stainless Steel (SS)
Laser with N₂ assist gives bright oxide-free edges ideal for food/pharma. Waterjet used for thick sections or HAZ-critical parts.
Waterjet ✓ Laser ✓ Best for Both
🪶
Aluminium
Laser excels up to 15 mm; waterjet preferred for thicker sections or highly polished/reflective alloys where beam back-reflection is a risk.
Waterjet ✓ Laser ✓
✈️
Titanium
Highly heat-sensitive aerospace alloy. Waterjet is the preferred method — cold cutting preserves certification-grade material properties entirely.
Waterjet Preferred
🟡
Copper & Brass
Highly reflective metals that cause back-reflection issues in laser systems. Waterjet cuts both cleanly without any reflectivity concerns.
Waterjet Preferred Laser (fibre only)
🪨
Granite & Marble
Natural stone cut only by waterjet. Laser would cause thermal fracture. Intricate patterns, inlay pieces, and architectural profiles cut with precision.
Waterjet Only
🔷
Glass (All Types)
Float, laminated, and tempered glass cut burr-free by waterjet without thermal cracking. Architectural shapes, display panels, and decorative elements.
Waterjet Only
🧬
Carbon Fibre (CFRP)
Laser carbonises and delaminate CFRP edges. Waterjet cuts composites cleanly with no delamination, dust, or toxic fume generation.
Waterjet Preferred
Thickness Reference
Maximum Cutting Thickness Guide

Reference cutting thickness limits by material and process at SS Group Industries.

Material 💧 Waterjet Max ⚡ Laser Max Recommended Process
Mild Steel 225 mm 25 mm Laser <20 mm · Waterjet >20 mm Both
Stainless Steel 150 mm 15 mm Laser <15 mm · Waterjet >15 mm Both
Aluminium 225 mm 6 mm Laser <12 mm · Waterjet >12 mm Both
Titanium 100 mm 6 mm Waterjet preferred (HAZ sensitivity)
Copper 80 mm Not applicable Waterjet preferred (reflectivity)
Brass 80 mm 6 mm (fibre) Waterjet preferred (reflectivity)
Granite / Marble 150 mm Not applicable Waterjet only
Glass 50 mm Not applicable Waterjet only
Carbon Fibre (CFRP) 80 mm Not recommended Waterjet only (delamination risk)
Rubber / Foam 225 mm Not recommended Waterjet only
Tool Steel / Spring Steel 100 mm 12 mm Waterjet preferred (hardness retention)
Our Services
End-to-End Industrial Cutting & Fabrication

From single prototype samples to high-volume production runs — we deliver at every scale.

✂️
Custom Precision Cutting
Bespoke waterjet and laser cutting for one-off custom parts, decorative components, and architectural elements — any shape, any complexity.
🖥️
CNC Profile Cutting
Computer-controlled cutting from customer-supplied DXF/DWG files with consistent repeatability across large production runs.
🏭
Industrial Fabrication Support
Cutting-to-spec services integrating seamlessly into client fabrication workflows — flanges, brackets, frames, gussets, and structural components.
🎨
Decorative & Architectural Cutting
Intricate decorative screens, artistic panels, inlay work, and bespoke architectural metalwork for hospitality, retail, and residential interiors.
📦
Prototype to Production
From single prototype samples to bulk orders of thousands of identical parts — our flexible capacity handles any volume with ease.
📐
Nesting & Material Optimisation
Advanced software nesting reduces raw material consumption by up to 30%, delivering significant cost savings on bulk orders.
💬
On-Site Consultation & DXF Conversion
Our technical team assists clients in converting drawings, sketches, and samples into machine-ready cutting files — no CAD expertise required.
⚡
Urgent & Rush Orders
Dedicated production planning and flexible scheduling enable us to meet tight deadlines without compromising on quality or precision.
🔍
Quality Inspection & Reporting
Full dimensional inspection with vernier callipers, height gauges, CMM, and profile projectors — every job accompanied by a detailed inspection report.
Industries We Serve
Powering Progress Across
Key Industrial Sectors

From aerospace to interior design — our cutting solutions power industries across India.

Sector 01
Construction
Structural steel profiles, decorative façade elements, architectural cladding panels, railing components, and custom metal fixtures for commercial and residential projects.
Sector 02
Automotive
Body panels, chassis brackets, engine bay components, exhaust flanges, suspension parts, and precision sub-assemblies for OEMs and tier-2 automotive suppliers.
Sector 03
Aerospace
High-tolerance titanium and aluminium components, composite material profiling, and aerospace-grade precision cutting for structural and non-structural aviation parts.
Sector 04
Interior Design
Decorative metal screens, laser-cut wall art, furniture inserts, brass and stainless inlay work, signage, and custom lighting fixtures for hospitality and retail spaces.
Sector 05
Heavy Manufacturing
Heavy-gauge steel profiles, pressure vessel components, industrial machine guards, conveyor parts, and structural fabrication blanks for plant and factory applications.
Sector 06
Energy & Power
Solar mounting structure profiles, transformer parts, switchgear enclosure blanks, cable tray components, and renewable energy equipment sub-parts.
Why Choose Us
Our Competitive Strengths

In a competitive industrial landscape, SS Group Industries stands apart through a relentless focus on technical excellence, operational efficiency, and long-term client partnerships.

🎯
Precision Engineering
CNC-controlled cutting systems maintain dimensional tolerances as tight as ±0.05 mm — every part meets your exact specification, every time.
⚙️
Advanced Machinery
Latest generation waterjet and fibre laser systems, continuously upgraded to deliver the best possible cut quality and processing speeds.
👷
Expert Workforce
Certified machine operators, engineers, and quality inspectors with decades of combined experience on every project.
🚀
Fast Turnaround
Streamlined workflows and dedicated production planning deliver consistently on-time — even on urgent short-lead-time requirements.
💰
Competitive Pricing
Optimised nesting, efficient processes, and direct manufacturing eliminate middlemen — passing genuine cost savings directly to clients.
🔄
Dual-Technology Advantage
Waterjet and laser capability under one roof — we select the optimal technology for each job, saving time, cost, and supplier coordination effort.
✅
Quality-First Culture
Every component undergoes dimensional verification before dispatch. We don't ship parts we wouldn't be proud to put our name on.
🤝
Client-Centric Approach
From file preparation to final delivery — our team is responsive, proactive, and fully committed to making every project a success.
Infrastructure & Facility
Modern Equipment.
Purpose-Built Environment.

SS Group Industries operates from a purpose-built 10,000 sq.ft. manufacturing facility in Chennai, equipped with dedicated bays for waterjet and laser cutting operations. The facility is designed for efficient material flow, safe working conditions, and high-throughput production.

Machine Specification Capacity
CNC Waterjet Cutter 60,000 PSI, Garnet Abrasive 3000 × 2000 mm
Fibre Laser Cutter 6 kW IPG Laser Source, Auto-focus 3000 × 1500 mm
CO₂ Laser Cutter 3 kW, High-speed servo drives 2500 × 1250 mm
CNC Plasma Cutter 200A, HD Plasma, bevel head Up to 50 mm MS
CNC Bending Machine Up to 200 Tons, CNC back-gauge 3000 mm length
CAD / CAM Workstations Lantek Expert, AutoCAD, SolidWorks Full 3D design support
Material Handling 2-tonne overhead crane, forklifts Heavy plate handling
QC Equipment Vernier callipers, CMM, profile projector Dimensional inspection
Production FacilityProduction Facility
'">
10,000
sq.ft. Facility
60K PSI
Max Waterjet Pressure
6 kW
Fibre Laser Power
±1.5 mm
Laser Tolerance
Quality Assurance
Zero Defect Philosophy.
Consistent Excellence.

Quality is not an afterthought at SS Group Industries — it is embedded in every step of our production process. From material receipt to final dispatch, our structured QA framework ensures that every component we deliver meets or exceeds client specifications.

01
Material Incoming Inspection
All raw materials are inspected upon receipt for grade conformance, surface condition, dimensional accuracy, and mill certification compliance before entering the production floor.
02
Pre-Production File Verification
Customer DXF/DWG files undergo geometry verification and dimensional cross-checking against print specifications before machine setup is initiated.
03
First Article Inspection (FAI)
The first produced part from every new order undergoes complete dimensional verification using calibrated instruments. Production proceeds only upon FAI approval.
04
In-Process Monitoring
Machine operators perform periodic dimensional checks during production runs. CNC parameter logs are maintained for traceability throughout the job.
05
Final Dimensional Inspection
All finished components are measured using vernier callipers, height gauges, profile projectors, or CMM (for complex profiles) before packing and dispatch.
06
Traceability & Documentation
Each delivery is accompanied by a job card, inspection report, and material traceability certificate. Records are archived for a minimum of three years.
Standards & Certifications: SS Group Industries operates in alignment with ISO 9001:2015 quality management principles. All dimensional measurements are performed using NABL-calibrated instruments. We continuously work toward industry certifications to reinforce our commitment to world-class manufacturing standards.
How We Stack Up
Waterjet vs Other
Cutting Methods

Waterjet is uniquely versatile. Here's how it compares to the most common alternatives.

Feature
Waterjet SS Waterjet
Laser Cutting Plasma Cutting Wire EDM
Heat Affected Zone None Present Significant Minimal
Material Versatility All materials Metals only Conductive only Conductive only
Max Thickness Up to 200 mm Up to 25 mm Up to 150 mm Up to 300 mm (slow)
Tolerance ±0.1 mm ±0.05 mm ±0.5–1 mm ±0.005 mm
Tooling Cost None None None Wire cost
Edge Quality Smooth, burr-free Slight dross Rough, needs finishing Excellent
Cut Speed (thick) Fast Slow on thick Fast Very slow
✓ Advantage ~ Partial / Limited ✗ Disadvantage
How We Work
From File to Finished Part —
Our Precision Workflow

A streamlined, transparent process built around speed, accuracy, and zero surprises.

01
📁
File Submission
Send your DXF, DWG, or PDF drawings by email or WhatsApp. Samples and sketches welcome.
02
💬
Review & Quote
Our engineers review your files and deliver a detailed quote within 4 business hours.
03
🔧
Setup & FAI
Machine is programmed and a First Article Inspection part is produced and approved before bulk cutting.
04
⚙️
Production
Full production run with in-process dimensional monitoring at regular intervals by our QC team.
05
📦
Inspect & Dispatch
Final inspection, tagging, protective packing, and dispatch with full traceability documentation.
CAD File Preparation
CAD & File Preparation
DXF / DWG / SolidWorks ready
Precision CNC Cutting in Progress
Live CNC Cutting
Waterjet & Laser production floor
Quality Inspection
Dimensional Inspection
CMM & vernier-verified before dispatch
Client Testimonials
What Our Clients Say

We measure success by the long-term relationships we build with our clients across industries.

★★★★★
"
SS Waterjet has been our go-to cutting partner for three years. Their tolerance consistency on stainless profiles is outstanding — we've never had a batch rejection. Turnaround is always on time, even for urgent orders.
RK
Rajesh Kumar
Procurement Head, Mahindra Fabrication — Chennai
★★★★★
"
We shifted to SS Laserjet for our sheet metal enclosure panels and the edge quality is in another league. Zero burr, zero rework. Their nesting optimisation saved us nearly 20% in material costs over the year.
SP
Sathish Prabu
Production Manager, Powertec Industries — Ambattur
★★★★★
"
For our interior design projects we need intricate decorative screens with perfect finish. SS Group delivers exactly that — the waterjet work on our marble and glass inlay panels was flawless. Highly recommend to any designer.
PA
Priya Anand
Principal Architect, Studio Forma — Bengaluru
Client facility visit
Featured Partner
"SS Group is more than a vendor — they are a precision manufacturing partner we rely on for our most critical aerospace sub-components. Their documentation and traceability standards are exceptional."
Arun Venkatesh
Supply Chain Director, AeroForge Components Pvt. Ltd. — Chennai
★★★★★
Standards & Partners
Certifications &
Trusted By

Our certifications reflect a commitment to world-class manufacturing standards and long-term client trust.

🏆
ISO 9001:2015 — Quality Management System
Our production, inspection, and documentation processes are aligned with ISO 9001:2015 principles, ensuring consistent, traceable, and client-auditable manufacturing quality.
In Progress
🔬
NABL-Calibrated Instruments
All dimensional measurement instruments — vernier callipers, height gauges, and profile projectors — are calibrated by NABL-accredited laboratories to guarantee measurement accuracy.
Active
🌿
Eco-Responsible Manufacturing
Abrasive garnet recycling, responsible water treatment, and efficient material nesting minimise waste and environmental impact across our operations.
Ongoing
🛡️
MSME Registered Enterprise
Registered under the Government of India MSME framework, enabling preferred vendor status and government procurement eligibility for public sector clients.
Certified
SS Group Facility Chennai
10,000 sq.ft. Facility — Sidco Industrial Estate, Thirumazhisai, Chennai
SS Group Technical Team
Certified Operators & Engineers — Dedicated quality workforce
Industries & Partners
Clients Across Sectors
🚀
Aerospace & Defence
Precision Components
🚗
Automotive OEMs
Body & Structural Parts
🏗️
Infrastructure & EPC
Structural Steel Profiles
⚡
Renewable Energy
Solar & Wind Components
🏨
Hospitality & Retail
Decorative Metalwork
🏭
Heavy Industry
Plant & Pressure Vessels
🔌
Electronics & EMS
Enclosures & Brackets
🧪
Pharma & Chemical
SS & Specialty Alloys
Featured Work
Highlights In Motion

A closer look at our facility, machines, and finished work — swipe or scroll through the highlights below.

SS Group Industries facility aerial view
Facility
Our Chennai Manufacturing Facility
Waterjet cutting machine at work
Waterjet
Abrasive Waterjet Cutting In Action
Fibre laser cutting machine at work
Laser
Fibre Laser Precision Cutting
Quality control process at SS Group Industries
Quality
Rigorous Quality Assurance
SS Group Industries team
Team
Our Certified Workforce
Client visit at SS Group Industries
Clients
Site Visits & Client Collaboration
Contact Us
Let's Build Something Exceptional Together

We welcome enquiries from clients, industrial partners, and investors. Our team is ready to discuss your requirements, provide quotations, and offer technical guidance.

💧 SS Waterjet Division
Registered Office / Address
Siva Sakthi Waterjet Pvt. Ltd.
32/3, Sidco Industrial Estate,
Thirumazhisai, Chennai – 600 124
Tamil Nadu, India
Waterjet Enquiries
info@sswaterjet.com
Ph: +91 9710-400-884
WhatsApp: +91 9710-400-884
⚡ SS Laserjet Division
Registered Office / Address
Siva Sakthi Laserjet Pvt. Ltd.
487/2A3D2, Kuthambakkam, POONAMALLEE,
LAKSHMI PRIYA INVESTMENT, Chennai,
Tiruvallur, Tamil Nadu, India ,600124
Laserjet Enquiries
info@sslaserjet.com
Ph: +91 9710-400-885
WhatsApp: +91 9710-400-885
Website & Social
sswaterjet.com
LinkedIn: sswaterjet
Instagram: @sswaterjet
Working Hours
Monday – Saturday
8:00 AM – 7:00 PM IST
Emergency orders: 24×7 on-call
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SS Group Industries is committed to delivering cutting-edge precision solutions that power industries and drive excellence forward — every project, every time.

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Get In Touch
Address:32/3, Sidco Industrial Estate, Thirumazhisai, Chennai – 600 124, Tamil Nadu, India
Phone:+91 9710-400-884
Email:info@sswaterjet.com
Website:www.sswaterjet.com