Ultra-Thin Turbo Diamond Circular Saw Blade (4/4.5/5 inch)
Hot-pressed continuous rim saw disc optimized for chip-free cutting of porcelain tile, granite, and dense ceramics in commercial Osaka structural fit-outs.
Get CatalogFactory-direct OEM manufacturing of custom metal stampings, fine-blanked blanks, induction bottom discs, and high-precision industrial rotary tooling engineered for Osaka’s machinery, appliance, and automotive supply chains.
Hot-pressed continuous rim saw disc optimized for chip-free cutting of porcelain tile, granite, and dense ceramics in commercial Osaka structural fit-outs.
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Custom-sized high-hardness alloy rotary slitting blades designed for automated plastic bag converting lines and packaging operations across Sakai and Higashiosaka.
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Micro-grain carbide rotary cutters offering superior wear resistance and zero thermal distortion during high-speed rubber, polymer, and textile slitting.
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Grade-A sintered diamond cutting wheel engineered for precision DIY ceramic tile processing and high-volume Japanese interior manufacturing applications.
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Heavy-duty 25mm to 50mm single-hole stamped punch cutters for gasket production, paper processing machinery, and industrial sheet metal blanking toolsets.
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High-speed segment-brazed circular saw blade providing fast debris removal and exceptional tool life when processing engineered quartz and structural stone.
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Factory-direct benchtop and automated circle shear machines designed for uniform sheet metal blanking, gasket stamping, and component preparation.
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Heavy-duty dry grooving saw blade engineered for precise wall slotting, concrete joint chasing, and restoration engineering in Kansai municipal projects.
Get CatalogOsaka, the commercial heartbeat of the Keihanshin Metropolitan Area, stands as one of East Asia’s most demanding epicenters for industrial manufacturing. From the precision cluster of Higashiosaka to the heavy industrial complexes along the Sakai-Senboku coastal belt, local original equipment manufacturers (OEMs) demand flawless metallurgical integrity, micro-inch dimensional repeatability, and absolute compliance with Japanese Industrial Standards (JIS).
In Osaka's manufacturing culture (Monozukuri), a stamped metal part is never just a commodity. Whether it is a deep-drawn ferritic stainless steel base disc for induction cookware, an automotive bracket, or a micro-perforated steamer insert, procurement officers measure suppliers by their scrap rate reduction, planar flatness (+/-0.05mm), and zero-defect batch delivery.
Leveraging direct maritime routes from JNPT (Mumbai) to the Port of Osaka (Nanko Container Terminal), our supply chain eliminates transshipment delays. Consignments arrive with complete customs-ready paperwork, including Japan-India CEPA preferential origin documentation to minimize import tariffs.
Using multi-stage hydraulic power presses up to 400 metric tons, we execute extreme draw ratios without localized necking or micro-cracking. Our cold-rolled ferritic and austenitic stampings meet severe mechanical stress requirements across appliances and machinery.
Choosing the precise alloy composition is critical to eliminating delamination in induction base bonding, preventing stress corrosion cracking, and ensuring optimum drawing performance. Below is our standard material matrix for Osaka export clients.
| Material Category | Japanese Standard (JIS) | EN Standard | AISI / ASTM Grade | Magnetic Behavior | Primary Osaka Market Application |
|---|---|---|---|---|---|
| Ferritic Stainless Steel | JIS G4305 SUS430 | EN 1.4016 | AISI 430 | Ferromagnetic (High Permeability) | Induction cooktop base plates, pressure cooker bottom discs, boiler liners. |
| Austenitic Stainless Steel | JIS G4305 SUS304 | EN 1.4301 | AISI 304 | Paramagnetic (Non-Magnetic) | Deep-drawn food-service vessels, lids, commercial fryer baskets, sanitary fittings. |
| Cold-Rolled Carbon Steel | JIS G3141 SPCC / SECC | EN 10130 DC01 | ASTM A1008 CS | Ferromagnetic | Automotive mounting brackets, heavy machinery enclosures, structural pressings. |
| Aluminum Alloys | JIS H4000 A3003 / A1050 | EN AW-3003 | AA 3003 / AA 1050 | Non-Magnetic | Thermal spreader layers, heat sink assemblies, lightweight housing covers. |
Induction hobs operate by inducing high-frequency eddy currents directly within a ferromagnetic material. While SUS304 is the standard for general food contact due to its 18% Chromium and 8% Nickel composition, its austenitic crystal structure renders it non-magnetic and inert on induction surfaces. SUS430 (16-18% Cr) retains a ferritic body, providing the high magnetic permeability needed to capture electromagnetic fields efficiently while maintaining robust atmospheric corrosion resistance and deep-draw ductility (Elongation ≥ 22%).
Our mill-certified SUS430 coil stock undergoes strict grain-size verification to minimize "orange peel" surface roughening during hydraulic deep drawing, ensuring smooth secondary finishing for Japanese commercial kitchenware brands.
From CAD/CAM die design to high-speed progressive blanking and multi-stage deep drawing, our fully integrated production units eliminate third-party tooling delays.
Continuous high-speed progressive blanking lines capable of producing flat circular blanks from 100mm to over 400mm diameter with burr-free edges and zero dish warp.
Custom die embossing for geometric hole arrays, brand logo stamping, and friction-grip base patterns engineered specifically for impact-bonding onto aluminum vessels.
Multi-draw operations utilizing custom lubrication and blank holder pressure control to construct deep rice cooker liners, pressure cooker bodies, and seamless bowls.
Equipped with CNC wire-EDM and precision grinding tools. We build, maintain, and modify progressive dies in-house, retaining customer geometry under strict NDA.
Our engineering teams tailor component metallurgy, surface passivations, and packaging formats to align directly with the production lines of Kansai-based OEMs.
Osaka hosts major domestic appliance brands and premium kitchenware developers. We supply custom perforated SUS430 plates (thickness 0.4mm – 0.6mm) designed for friction-welding or impact-bonding onto cold-forged aluminum cookware bodies. The exact hole matrix ensures uniform thermal migration and eliminates heat-induced delamination.
Safety lids, support rings, and locking flange plates engineered for commercial 1.5–2.0 bar pressure vessels. Stamped from mill-certified SUS304 or SUS430 stock, every part undergoes strict planar flatness inspection to ensure hermetic gasket seals under repeated cyclic pressure load.
For Higashiosaka’s machine tool integration firms, we produce ultra-hard tungsten carbide circular slitting knives and diamond-brazed cutting discs. Precision-ground thickness tolerances (±0.005mm) guarantee wobble-free operation in high-speed polymer and rubber film slitting machinery.
Custom SPCC cold-rolled steel and stainless sub-assemblies for automotive tier-2 suppliers along the Hanshin industrial zone. Parts feature clean punched mounting holes, deep-drawn relief pockets, and anti-corrosion zinc or electropolished surface treatments.
Multi-cavity idli plates, steamer discs, and commercial kettle liners produced with burr-free perforation arrays. Stackable designs maintain absolute rim concentricity to fit standardized commercial Japanese food-service steam wells.
Direct supply of precision circle-cut stainless steel blanks under HS Code 7220.9090 for local Japanese stamping houses seeking to outsource blanking operations and lower raw material processing costs.
Founded in 1974, Jagruti Steels Pvt. Ltd. operates a strategic dual-plant manufacturing setup in Western India. Our structure combines engineering governance with high-volume press throughput, serving international brand owners under strict white-label agreements.
Located in Mumbai, Maharashtra. Serves as our primary engineering hub, tool room, client coordination center, and sample prototyping division. Positioned just 35 km from JNPT Port for efficient ocean shipping logistics.
Located in Sarigam, Gujarat. Our sister plant provides expanded high-tonnage press capacity to absorb seasonal demand spikes (Q3–Q1 peak manufacturing cycles) and deliver uninterrupted supply continuity.
We act purely as an OEM/ODM contract manufacturer. We do not sell finished cookware or tools under our own brand in retail markets, ensuring zero commercial conflict of interest with our buyers.
Every production lot delivered to Osaka is backed by full material verification, dimensional CMM inspection reports, and strict adherence to international food-contact safety standards.
Chemical composition analysis and mechanical property certification per EN 10204 3.1 issued for every raw coil lot.
Laser and dial-gauge flatness verification to prevent dish warping during secondary brazing or high-temperature bonding operations.
Substance verification guaranteeing zero heavy metal contamination (Lead, Cadmium, Hexavalent Chromium) across all metal components.
From raw coil heat number to finished carton labelling, full backward traceability is maintained for auditing compliance.
Addressing essential technical, logistical, and commercial inquiries regarding custom metal stamping export to Osaka and the surrounding Kansai region.
Our ferritic stainless steel coil stock is chemically and mechanically identical to JIS G4305 SUS430. Chromium content is strictly controlled between 16.0% and 18.0%, providing high magnetic permeability for induction response and corrosion resistance. Chemical breakdown and mechanical test reports (Tensile Strength ≥ 450 MPa, Yield ≥ 205 MPa) are supplied with every shipment batch.
Ocean freight transit from JNPT Port (Mumbai) to the Port of Osaka (Nanko Terminal) averages 14 to 18 days via direct liner services. Factory production lead time for standard items is typically 2 to 3 weeks following first-article sign-off, enabling efficient inventory replenishment cycles for Kansai warehouses.
Yes. Our in-house tool room designs and builds progressive, single-stage, and deep-draw dies directly from 3D CAD files (STEP, IGES) or 2D DXF drawings. We also reverse-engineer components from physical benchmark samples provided by your engineering team.
Delamination occurs when plate planarity is uneven or when hole perforation edges retain heavy burrs that entrap air during impact bonding. We maintain strict die clearances to ensure burr-free perforation and execute automated optical flat checks, guaranteeing consistent metallurgic bonding across 100% of the contact surface.
Every export consignment includes an official Certificate of Origin issued under the India-Japan Comprehensive Economic Partnership Agreement (CEPA), alongside commercial invoices, detailed packing lists, bill of lading, and MTR certificates. This allows qualified Japanese importers to claim preferential tariff rates.
MOQ is governed by part geometry, material thickness, and raw coil minimum width runs rather than an arbitrary piece count. For standard circle base plates, MOQs typically start at 3,000 to 5,000 units. We fully support smaller pre-production prototype runs for first-article approval prior to mass production release.
Yes. In addition to standard mill finishes (2B, BA), we provide secondary surface treatments including citric/nitric acid passivation, mechanical mirror polishing, electropolishing, and degreasing to meet food-grade cleanliness standards prior to export shipment.
We welcome technical audits by client engineering teams or nominated third-party inspection agencies (such as SGS or TÜV). Both our Mumbai primary plant and Sarigam (Gujarat) mass production unit maintain full access for process walkthroughs and quality system verification.
Submit your 2D/3D drawings, material requirements, or benchmark sample specifications directly to our engineering desk for a preliminary DFM (Design for Manufacturability) review and competitive quote.