Engineered for high-throughput manufacturing, continuous shift reliability, and stringent global safety compliance. Request complete technical datasheets and factory-direct export quotes below.
In the global industrial equipment landscape, verifying supplier credibility, quality assurance standards, and operational longevity is essential for risk-mitigated machinery procurement. Operating under statutory registration CIN U72200GJ2000PLC038163, Mehta Hitech Industries Limited (formerly known as Mehta Cad Cam Systems Pvt. Ltd.) stands as one of the premier original equipment manufacturers (OEM) and exporters of advanced laser, CNC routing, and digital printing machinery.
Headquartered in the industrial hub of Kathwada GIDC, Ahmedabad, Gujarat, India, our manufacturing footprint encompasses 15 specialized, ISO 9001:2015 certified manufacturing facilities spanning over 30,000 square meters of dedicated production floor space. With a highly skilled workforce exceeding 1,500 engineers, technicians, and application specialists, we maintain complete control over raw material procurement, structural frame stress-relieving, precision machine assembly, optical alignment, and multi-stage load testing.
Our machine engineering aligns with rigorous international quality standards. Every fiber laser cutter, CO2 engraver, CNC router, and wide-format UV printer bound for export carries full CE Marking certification, guaranteeing compliance with European Safety Directives (including 2006/42/EC Machinery Directive and EN 60825-1 Laser Safety Standards). By implementing Lean Six Sigma methodologies across all 15 manufacturing units, we enforce tight component tolerance checks, ensuring our machinery operates reliably in 24/7 industrial job-shop environments.
Our equipment is deployed across defense, aerospace, infrastructure, and heavy manufacturing leaders including Larsen & Toubro (L&T), Reliance Industries, Bharat Heavy Electricals Limited (BHEL), DRDO, Indian Railways, ARVIND Limited, Cadila Healthcare, CEAT Tires, UltraTech Cement, and Jindal Steel & Power. This global operational footprint demonstrates our capability to execute stringent quality controls and provide reliable ongoing technical support.
To maximize operational throughput and procurement ROI, global buyers must evaluate fundamental engineering differences across laser waveband delivery, motion systems, assist gas dynamics, and digital print-head structures.
Utilizing solid-state fiber laser oscillators operating at ~1,070 nm wavelength, our fiber cutting systems (HX, JX, MX, MX Pro Series) achieve photo-electric conversion efficiencies exceeding 40%. Equipped with Raytools auto-focus cutting heads, Yaskawa AC servo systems, and heavy-duty gantry structures, these machines slice carbon steel up to 50mm and stainless steel up to 40mm with zero thermal distortion.
Our flatbed UV and UV DTF printers leverage industrial micro-piezo printheads (Ricoh Gen5/Gen6, Epson i3200-U1) driven by negative pressure ink supply units. Integrated with dual water-cooled LED UV curing lamps, the ink polymerizes instantly upon contact with acrylic, glass, ceramic, metal, or wood, producing vibrant, scuff-resistant CMYK+W+Varnish layers.
Replacing traditional TIG/MIG welding, our 4-in-1 handheld fiber laser machines enable non-contact wire-fed joint welding, seam cleaning, surface rust removal, and light sheet cutting. Operating with continuous or modulated wave sources, they deliver weld speeds 4x to 10x faster than conventional arc welding while eliminating post-weld grinding requirements.
| Machine Category | Primary Substrates / Applications | Core Optical / Kinetic Spec | Assist Energy / Curing Tech | CE Safety Compliance Standard |
|---|---|---|---|---|
| Fiber Laser Cutter (JX Series) | Carbon Steel, Stainless, Brass, Aluminum | 1.5 kW – 12 kW Fiber Source; Acceleration 1.5G | N2 / O2 / Compressed Air Assist Gas | EN 60825-1 Class 4 / Fully Enclosed Class 1 |
| UV Flatbed Printer (2030 / 6090) | Acrylic, Glass, Wood, Metal, ACP, Plastics | Drop size 3.5–7 pl; Resolution up to 2400 dpi | Dual LED UV Lamps (395nm wavelength) | CE Machinery Directive 2006/42/EC |
| Handheld 4-in-1 Laser Welder | Sheet Metal Fabrication, Ducts, Enclosures | 1 kW – 3 kW Continuous Wave Fiber Gun | Integrated Chiller + Inert Shield Gas (Ar/N2) | EN 60825-1 Safety Interlock System |
| CNC Woodworking Router | MDF, Hardwood, Plywood, Composite Panels | 9.0 kW ATC Spindle; 24,000 RPM; Vacuum Bed | Dual Dust Collector Extraction System | CE Electromagnetic Compatibility (EMC) |
As global manufacturing shifts toward Industry 4.0, direct factory exporters must adapt to rapid technological advancements. Industrial buyers seeking long-term operational edge should factor the following four macro trends into their machinery procurement decisions:
Traditional manual fixture alignment is rapidly being replaced by high-speed CCD camera arrays and AI computer vision. As showcased in our 2026 Direct Factory Industrial A1 6090 UV DTF Printer, AI vision automatically detects media rotation angles, contours, and physical edge distortions, instantaneously re-mapping print or cut vector coordinates with zero operator intervention.
With fiber laser source costs stabilizing, 20 kW to 40 kW ultra-high-power fiber systems are rapidly replacing conventional plasma arc and abrasive waterjet cutting in structural steel plants. High-power fiber cuts heavy carbon steel plate (25mm–50mm) using high-pressure air or nitrogen, slashing per-meter processing costs by up to 60% compared to oxy-fuel or plasma cutting.
Industrial printing is rapidly expanding beyond flat rigid substrates toward flexible transfer films. UV DTF technology enables factories to print complex, multi-layered varnish designs onto releasable "A/B" transfer films. These "crystal stickers" can then be cold-transferred onto curved, oversized, or irregular objects (such as helmets, machinery housings, and glass bottles) where direct flatbed positioning is impossible.
Modern factory managers demand real-time visibility into machine uptime, capacitive sensor status, lens temperature, and Chiller fluid flow rates. Enterprise fiber lasers now incorporate cloud-connected IoT dashboards, sending automated alerts for protective window degradation or beam alignment drift before catastrophic component failure occurs.
Common engineering, installation, safety, and export logistics questions answered by our application support team.
Selecting the correct fiber laser wattage depends on your primary metal thickness, batch volume, and assist gas strategy:
Understanding ink chemistry and curing mechanics is key to matching printer selection to target applications:
Solvent Printing: Uses aggressive solvent-based inks that etch into vinyl media. Highly durable for long-term outdoor banners and bill-boards, offering low cost per square foot, but requires well-ventilated factory spaces due to volatile organic compound (VOC) emissions.
Eco-Solvent Printing: Employs refined, low-odor solvent carriers. Delivers ultra-fine droplet placement for high-resolution indoor graphics, trade-show displays, vehicle wraps, and wall coverings.
UV Curable Printing: Uses photo-initiator ink chemistry that cures instantaneously under UV LED light. Because ink does not rely on solvent evaporation or media absorption, UV printers print directly onto virtually any rigid or flexible material—including glass, acrylic, wood, anodized aluminum, leather, and corrugated board—permitting immediate post-processing and shipment.
Every export order undergoes a structured factory acceptance test (FAT) prior to dispatch. Machines are crated using fumigated, vacuum-sealed wooden sea-worthy packaging to prevent moisture exposure during maritime transit. Documentation includes full CE compliance certificates, electrical schematics, foundation plans, and operating manuals.
For installation and commissioning, we provide two pathways: (1) On-site deployment of certified service engineers for setup and operator training, or (2) Remote video-guided commissioning led by senior application specialists. Additionally, our global distributor network stocks key spare parts—including protective lenses, cutting nozzles, ceramic rings, printhead dampers, and drive belts—ensuring rapid dispatch and minimal operational downtime.
To ensure smooth installation upon container arrival, buyers should prepare the site according to our engineering pre-installation checklist:
A primary factor governing long-term machinery accuracy is structural bed rigidity. At Mehta Hitech Industries, machine frames for fiber lasers and CNC routers undergo high-temperature anneal heat treatment inside dedicated electric furnaces to relieve internal welding stress. Frame beds are then surface-milled on multi-axis heavy Gantry Machining Centers in a single setup, ensuring parallel rail mounting accuracy within ±0.02mm per meter.
Before leaving our factory, every equipment unit undergoes a continuous 72-hour dry-run and high-speed motion profile burn-in test. Fiber laser cutting systems undergo laser interferometer beam path calibration to verify positioning accuracy, repeat positioning tolerance, and dynamic cornering response. UV printers undergo full 100% nozzle alignment checks, pass-banding calibration, and ink cure adhesion grid tests on dense glass and metal panels.
Ready to Upgrade Your Manufacturing Fleet?
Contact our engineering sales department today for technical machine consultation, customized sample cutting/printing trials, or distributor partnership discussions.
+91-79-26840551 / 52 / 53
Domestic: +91 7575 009 654 · Export: +91 7043 505 091
[email protected]
International: [email protected]
Plot No.3, Road No.1, Kathwada GIDC, Kathwada, SP Ring Road, Ahmedabad 382430, Gujarat, India
