Top 10 Laser Cutting Services in Pune | Mane Industries
Mane Industries provides laser cutting services in Pune for manufacturers, engineering companies, OEMs, fabricators, contractors, and industrial businesses. Located in Bhosari MIDC, Pimpri-Chinchwad, Pune, we manufacture precision laser-cut components for automotive, agriculture, construction, engineering, industrial equipment, infrastructure, and other manufacturing applications.
Our manufacturing capabilities include fiber laser cutting, sheet metal laser cutting, tube and pipe laser cutting, CNC bending, VMC machining, metal fabrication, and assembly.
From prototypes and custom components to small batches and production quantities, we manufacture according to customer drawings, material specifications, component geometry, quantity, and project requirements.
Send your requirement like drawing, material, thickness, and quantity for a quotation.
Laser Cutting Services in Pune, Bhosari & Chakan
Mane Industries provides laser cutting services in Pune for manufacturers, OEMs, engineering companies, fabricators, contractors, and industrial businesses. Located in Bhosari MIDC, Pimpri-Chinchwad, Pune, we manufacture precision laser-cut components according to customer drawings, material specifications, component dimensions, quantity, and project requirements.
Our laser cutting services in Pune include fiber laser cutting, sheet metal laser cutting, tube and pipe laser cutting, and custom laser cutting for industrial and engineering applications. We support prototype components, customized parts, small batches, and production quantities, with additional capabilities such as CNC bending, VMC machining, fabrication, and assembly.
We also serve manufacturers and industrial businesses looking for laser cutting services in Chakan and nearby industrial areas. Customers can share their CAD drawing, material grade, thickness, quantity, required tolerance, finishing requirements, and other manufacturing specifications for technical review and quotation.
Need Laser Cutting in Pune, Bhosari or Chakan?
Send your Drawing + Material + Thickness + Quantity to Mane Industries for technical review and a laser cutting quotation.
Types of Laser Cutting Services by Mane Industries
Different laser cutting technologies are used for processing metal sheets and components based on material type, thickness, design complexity, and production requirements.
Common types of laser cutting include:
- Fiber Laser Cutting: Uses a high-power fiber laser for precise and efficient cutting of metal sheets and components, making it suitable for detailed profiles and repeatable production work.
- CO₂ Laser Cutting: Uses a carbon dioxide laser beam to produce controlled and accurate cuts, supporting applications that require clean edges and consistent results.
- CNC Laser Cutting: Combines laser technology with computer-controlled programming to produce complex shapes, accurate dimensions, and highly repeatable components.
- Metal Laser Cutting: Provides accurate cutting of different metals according to programmed designs, making it suitable for industrial components and customized profiles.
- Sheet Metal Laser Cutting: Processes metal sheets into precise shapes and profiles for customized components, prototypes, and production requirements.
- Stainless Steel Laser Cutting: Delivers clean and precise cuts on stainless steel sheets and components for applications requiring detailed profiles and dimensional accuracy.
- Mild Steel Laser Cutting: Enables accurate cutting of mild steel sheets and plates into various shapes and profiles with consistent and repeatable results.
- Aluminium Laser Cutting: Produces precise profiles from aluminium sheets and components, supporting intricate designs while maintaining dimensional accuracy.
- Brass Laser Cutting: Provides controlled cutting of brass sheets and components for industrial, decorative, and customized applications requiring accurate profiles.
- Copper Laser Cutting: Enables precise cutting of copper sheets and components for electrical, industrial, and fabrication applications.
Types of Laser Cutting by Technology
Laser cutting technologies differ based on the laser source and cutting method used to process materials. Each technology is selected according to the material, thickness, precision, and application requirements.
Common laser cutting technologies include:
- Fiber Laser Cutting: Uses a fiber laser source to deliver a concentrated beam for fast, precise, and efficient cutting of metals. It is widely used for sheet metal and industrial component manufacturing.
- CO₂ Laser Cutting: Uses a carbon dioxide gas laser to generate the cutting beam. It can be used for cutting various materials and is suitable for applications requiring accurate and consistent profiles.
- Nd:YAG Laser Cutting: Uses a solid-state neodymium-doped laser source for precision cutting and processing. It is suitable for applications requiring focused laser energy and controlled cutting of selected materials.
- Nd:YVO₄ Laser Cutting: Uses a neodymium-doped vanadate crystal as the laser medium. It provides a focused beam and is used for precision cutting, marking, and processing applications.
- Direct Diode Laser Cutting: Uses semiconductor laser diodes as the direct laser source. The technology offers efficient energy transfer and can be used for selected metal cutting and industrial processing applications.
Laser Cutting Technical Specifications
The following table provides general industry reference information for commonly used laser cutting processes. These values are indicative and do not represent guaranteed Mane Industries machine specifications.
Actual capabilities depend on the laser source, machine configuration, material grade, thickness, component geometry, and required cut quality.
| Laser Cutting Type | Typical Laser Source | Common Materials | Typical Thickness Range* | Typical Machine / Work Area* | Typical Accuracy* | Common Applications |
|---|---|---|---|---|---|---|
| Fiber Laser Cutting | Fiber laser | Mild steel, stainless steel, aluminium, brass, copper | Approx. 0.5–30 mm | Approx. 1500 x 3000 mm to 2000 x 6000 mm | Approx. ±0.05–0.15 mm | Industrial components, brackets, plates, panels, machinery parts |
| Sheet Metal Laser Cutting | Fiber laser | MS, SS, aluminium, galvanized steel | Approx. 0.5–25 mm | Approx. 1500 x 3000 mm to 2000 x 6000 mm | Approx. ±0.05–0.15 mm | Sheet-metal parts, enclosures, panels, brackets, covers |
| MS Sheet Laser Cutting | Fiber laser | Mild steel | Approx. 0.5–30 mm | Approx. 1500 x 3000 mm to 2000 x 6000 mm | Approx. ±0.05–0.15 mm | Structural parts, brackets, machinery components |
| Stainless Steel Laser Cutting | Fiber laser | Stainless steel | Approx. 0.5–25 mm | Approx. 1500 x 3000 mm to 2000 x 6000 mm | Approx. ±0.05–0.15 mm | Enclosures, panels, equipment parts, industrial components |
| Aluminium Laser Cutting | Fiber laser | Aluminium and suitable alloys | Approx. 0.5–20 mm | Approx. 1500 x 3000 mm to 2000 x 6000 mm | Approx. ±0.05–0.15 mm | Lightweight components, panels, brackets, machine parts |
| Copper Laser Cutting | High-power fiber laser | Copper and suitable alloys | Approx. 0.5–10 mm | Machine-dependent | Approx. ±0.05–0.15 mm | Electrical components, conductive parts, industrial components |
| Brass Laser Cutting | Fiber laser | Brass and suitable alloys | Approx. 0.5–10 mm | Machine-dependent | Approx. ±0.05–0.15 mm | Engineering, electrical and decorative components |
| 2D Laser Cutting | Fiber laser | Suitable sheet metals | Material-dependent | Flat-bed cutting table | Approx. ±0.05–0.15 mm | Flat profiles, holes, slots, plates and custom parts |
| CNC Laser Cutting | CNC-controlled fiber laser | Suitable engineering metals | Material-dependent | Machine-dependent | Approx. ±0.05–0.15 mm | Precision parts, prototypes and production components |
| Tube Laser Cutting | Fiber laser tube system | MS, SS, aluminium | Approx. 1–15 mm wall thickness | Length commonly up to 6–8 m* | Approx. ±0.1–0.2 mm* | Frames, tubes, brackets, structural components |
| Pipe Laser Cutting | Fiber laser tube system | MS, SS, aluminium | Approx. 1–15 mm wall thickness | Machine-dependent | Approx. ±0.1–0.2 mm* | Pipes, supports, structural and fabrication parts |
| Round Pipe Laser Cutting | Fiber laser tube system | MS, SS, aluminium | Approx. 1–15 mm wall thickness | Diameter and length machine-dependent | Approx. ±0.1–0.2 mm* | Frames, handrails, supports and fabrication |
| Square Tube Laser Cutting | Fiber laser tube system | MS, SS, aluminium | Approx. 1–15 mm wall thickness | Machine-dependent | Approx. ±0.1–0.2 mm* | Frames, structures, machinery and furniture |
| Rectangle Tube Laser Cutting | Fiber laser tube system | MS, SS, aluminium | Approx. 1–15 mm wall thickness | Machine-dependent | Approx. ±0.1–0.2 mm* | Industrial frames, supports and OEM components |
| Angle & Channel Laser Cutting | Fiber laser / profile system | MS, SS and suitable structural metals | Profile-dependent | Machine-dependent | Approx. ±0.1–0.2 mm* | Structural parts, brackets, supports and frames |
| I-Beam & H-Beam Laser Cutting | Fiber laser / profile system | Structural steel | Profile-dependent | Machine-dependent | Approx. ±0.1–0.3 mm* | Construction, structural fabrication and industrial projects |
| Prototype Laser Cutting | Fiber laser / CNC laser | MS, SS, aluminium and other supported metals | Material-dependent | Machine-dependent | Process-dependent | Product development, samples and design validation |
| Production Laser Cutting | CNC fiber laser | Supported engineering metals | Material-dependent | Machine-dependent | Process-dependent | OEM production, batch manufacturing and repetitive components |
Custom Laser Cutting From CAD Drawings
Mane Industries manufactures customized laser-cut components according to customer drawings and specifications.
Customers can provide their available CAD or technical drawing files for review.
For an efficient quotation, provide:
- Component drawing
- Material grade
- Material thickness
- Quantity
- Required tolerance
- Finishing requirements
- Bending requirements, if applicable
- Fabrication or assembly requirements
- Required delivery schedule
Our team can review the component and determine the suitable manufacturing process.
Industries We Serve
Mane Industries provides laser cutting and precision manufacturing solutions for multiple industrial sectors.
- Automotive Industry: Laser-cut brackets, mounting plates, support components, structural parts, prototype components, and customized auto-component parts
- Agriculture Industry: Machine brackets, guards, mounting components, support plates, structural parts, and customized agricultural equipment components
- Construction & Infrastructure: Structural brackets, support plates, frames, mounting components, fabrication parts, and customized metal profiles
- Engineering Industry: Custom machine components, brackets, plates, prototypes, production parts, fixtures, and precision engineering components
- Industrial Equipment: Machine guards, equipment covers, mounting plates, supports, brackets, panels, and customized replacement components
- Sheet Metal Fabrication: Panels, brackets, plates, enclosures, structural components, supports, and customized sheet-metal parts
Applications of Laser Cutting
Laser cutting is used across industrial manufacturing because it can produce customized profiles and repeatable components without requiring conventional cutting dies for every design.
Common applications include:
- Machine Components: Brackets, base plates, mounting plates, supports, guards, covers, flanges, machine panels
- Sheet Metal Components: Electrical enclosure parts, control-panel components, equipment covers, panels, custom brackets, mounting components
- Fabrication Components: Structural brackets, frames, supports, plates, profile components, customized fabrication parts
- Automotive Components: Mounting brackets, support plates, structural components, prototype parts, customized engineering components
- Agricultural Equipment: Machine brackets, guards, mounting components, support parts, structural components
- Industrial Equipment: Machine covers, equipment panels, brackets, fixtures, supports, customized replacement components
Quality at Mane Industries
Mane Industries follows a quality-focused approach to manufacturing precision components.
Our core values include:
- Integrity
- Innovation
- Sustainability
- Quality
- Customer Focus
Why Choose Mane Industries for Laser Cutting in Pune?
- Precision-Focused Manufacturing: Our laser cutting and CNC manufacturing processes are designed to produce accurate and repeatable components according to approved drawings.
- Custom Component Manufacturing: We manufacture customized components based on customer drawings, materials, dimensions, quantities, and project requirements.
- Fiber Laser Cutting: Our manufacturing capabilities include fiber laser cutting for suitable metal sheets and components.
- Tube Laser Cutting: We provide tube and pipe laser cutting solutions for supported round, square, rectangular, and other profiles.
- Prototype to Production: We support prototype components, customized parts, small batches, and production requirements.
- Integrated Manufacturing: In addition to laser cutting, our capabilities include CNC bending, VMC machining, fabrication, and assembly.
- Quality-Focused Approach: Mane Industries is an ISO 9001:2015 certified company committed to quality, consistency, process control, and customer requirements.
- Experienced Manufacturing Team: Our team works across manufacturing processes to support customer requirements from drawing review through production and delivery.
- Industrial Applications: We support customers in automotive, agriculture, construction, engineering, industrial equipment, infrastructure, and fabrication sectors.
- Pune Manufacturing Location: Our facility is located in Bhosari MIDC, Pimpri-Chinchwad, Pune, providing a convenient manufacturing base for industrial and engineering customers in the Pune region.
Mane Industries provides precision-focused laser cutting services in Pune for manufacturers, OEMs, engineering companies, fabricators, contractors, and industrial businesses. From custom components and prototypes to small-batch and production requirements, our laser cutting capabilities support different materials, component geometries, thicknesses, and application requirements.
With fiber laser cutting, sheet metal laser cutting, tube and pipe laser cutting, CNC bending, VMC machining, fabrication, and assembly capabilities, Mane Industries can support customers requiring multiple manufacturing processes under one service provider. Share your CAD drawing, material grade, thickness, quantity, and project requirements with our team for technical review and quotation.
Get a Laser Cutting Quote
Frequently Asked Questions
Laser cutting services can be used for materials such as mild steel, stainless steel, aluminium, brass, copper, and other compatible sheet metals. The suitable material depends on the laser machine, thickness, and required cutting quality.
The maximum cutting thickness depends on the material, laser power, machine capability, and required edge quality. Share your material type and thickness with the service provider to confirm the suitable cutting capacity.
Yes. Laser cutting service providers can generally work from CAD files such as DXF, DWG, or other compatible formats. The drawing is reviewed for dimensions, material thickness, tolerances, and cutting requirements before production.
Yes. Custom laser cutting can be carried out according to customer drawings, patterns, shapes, dimensions, and application requirements. The design can be reviewed before cutting to identify any manufacturing issues.
Laser cutting provides high dimensional accuracy and repeatability when the material, machine, cutting parameters, and design are suitable. The achievable tolerance depends on the material thickness, component size, machine capability, and project requirements.
Laser cutting cost depends on factors such as material type and thickness, component size, cutting length, number of holes, quantity, complexity of the design, and finishing requirements. A quotation can be prepared after reviewing the drawing and material specifications.
The minimum order quantity varies between service providers and projects. Single prototypes, small batches, and large production quantities may be possible depending on the machine setup and job requirements.
The turnaround time depends on the quantity, material availability, component complexity, sheet size, cutting time, and current production schedule. Urgent or repeat jobs can be discussed with the service provider in advance.
Yes. Laser cutting is suitable for prototypes, samples, small batches, and larger production requirements. It allows components to be produced directly from digital drawings with consistent dimensions across batches.
Many laser cutting service providers also offer related services such as CNC bending, welding, fabrication, deburring, surface finishing, and assembly. The availability of these services depends on the provider and project requirements.
