High Speed Laser Micro-Drilling Machine
As industries push towards extreme miniaturisation and higher throughput, the high-speed laser micro-drilling machine has become a vital manufacturing tool. Designed to produce micron-scale holes...
High Speed Laser Micro-Drilling Machine
Ultrafast High Speed Laser Micro-Drilling Machine : Redefining Industrial Microfabrication
As industries push towards extreme miniaturisation and higher throughput, the high-speed laser micro-drilling machine has become a vital manufacturing tool. Designed to produce micron-scale holes at exceptional speeds, this technology enables precise drilling without mechanical contact or tool wear—eliminating common issues associated with conventional drilling methods.
By using ultrafast and femtosecond laser pulses, laser micro-drilling achieves clean, highly repeatable holes with minimal thermal impact on the surrounding material. This results in superior edge quality, high aspect ratios, and consistent performance even on delicate, brittle, or advanced materials. The non-contact process also reduces material stress, improves yield, and significantly shortens cycle times.
High-speed laser micro-drilling is widely used across electronics, medical devices, aerospace, photonics, and luxury manufacturing, where precision and reliability are non-negotiable. United Spectrum Instruments is the official distributor in India for M-Solv, providing application expertise, system integration support, and dependable after-sales service to help manufacturers deploy scalable, high-precision micro-drilling solutions with confidence.
Understanding High Speed Laser Micro-Drilling Machine
A High Speed Laser Micro-Drilling Machine utilises ultrafast laser pulses to remove material through controlled ablation rather than mechanical force. Extremely short pulse durations concentrate energy at the focal point, enabling precise hole formation with negligible heat diffusion. Integrated CNC motion and vision systems allow accurate positioning, repeatability, and complex drilling patterns. This combination makes it possible to create micro-holes with high aspect ratios, tight tolerances, and excellent edge quality across a wide range of materials, even those that are brittle, reflective, or heat-sensitive.
Technical Specifications
| Parameter | Specification |
| Laser Type | Fibre Laser / UV Laser / Green Laser / Ultrafast Femtosecond Laser |
| Wavelength Options | 1064 nm / 532 nm / 355 nm |
| Power Range | 10W – 100W (Configurable) |
| Pulse Duration | Nanosecond to Femtosecond |
| Minimum Hole Size | ≥ 5 µm |
| Cutting Speed | Up to 1000 mm/s |
| Cooling | Air or Water-Cooled |
| Control Interface | CNC with Auto-Focus & Vision Alignment |
Key Features and Advantages
Micron-Level Drilling Accuracy
Capable of producing holes as small as 5 microns, the system supports ultra-precise applications such as microfluidics, MEMS, and sensor fabrication.
High-Speed Processing Capability
Ultrafast pulse repetition and rapid beam scanning enable high throughput without compromising dimensional accuracy, ideal for batch and inline production.
Minimal Heat-Affected Zone
Femtosecond laser interaction virtually eliminates microcracks, recast layers, and thermal distortion, preserving material integrity.
Wide Material Compatibility
Efficiently drills metals, ceramics, polymers, glass, silicon wafers, and composite materials with consistent quality.
High-Aspect Ratio Hole Formation
Supports deep and narrow micro-holes with minimal taper, essential for fluid control, cooling, and micro-injection applications.
Advanced CNC and Vision Control
User-friendly CNC software with auto-focus, vision alignment, and multi-axis motion simplifies complex drilling routines and improves repeatability.
Non-Contact, Tool-Free Process
Eliminates tool wear, reduces maintenance, and ensures consistent quality over long production runs.
Automation and Integration Ready
Designed for seamless integration into automated production lines using PLC interfaces or robotic handling systems.
Applications Across Industries
Electronics and Semiconductor Manufacturing
Used for micro-vias in HDI PCBs, wafer-level drilling, ceramic substrate processing, and micro-structuring of electronic components.
Medical Device Manufacturing
Ideal for drilling stents, cannulas, implantable microdevices, surgical instruments, microneedle arrays, and catheter ports with biocompatible precision.
Aerospace and Defence
Enables micro cooling holes in turbine blades, weight-optimisation structures, micro-nozzles, sensor mounts, and thermal management components.
Automotive and e-Mobility
Supports fabrication of fuel injector micro-holes, EV battery cooling channels, sensor housings, brake system valves, and microfluidic diagnostic components.
Jewellery and Luxury Watchmaking
Allows micro-drilling in precious metals, sapphire, ceramics, and gemstones for stone settings, watch mechanisms, and anti-counterfeit markings.
Academic and R&D Laboratories
Used for MEMS fabrication, microfluidics, photonics research, material science studies, and rapid prototyping of experimental designs.
Why Choose United Spectrum Instruments?
United Spectrum Instruments delivers advanced High Speed Laser Micro-Drilling Machines tailored for Indian industry and research institutions, combining technology expertise with strong local support. We go beyond equipment supply by offering application know-how, system customisation, installation, training, and long-term service. As the official distributor in India for M‑Solv, we ensure reliable performance, faster deployment, and future-ready manufacturing solutions.
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Official distributor in India for M-Solv ultrafast laser micro-drilling systems
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Deep expertise in ultrafast laser processes and precision micromachining
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Customised system configuration, installation, and operator training
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Responsive local after-sales support ensuring long-term reliability and productivity
FAQs
What is the smallest achievable hole size?
Our femtosecond laser machines can drill holes as small as 5 microns, depending on the material and pulse settings.
Can the system handle angled or conical drilling?
Yes, advanced beam shaping and multi-axis motion allow for angled, tapered, or spiral-shaped holes.
Is it suitable for transparent or brittle materials?
Absolutely. UV and green lasers enable precise drilling in glass, sapphire, and polymers.
What safety features are included?
Systems come with Class-1 laser enclosures, interlocks, filtered exhausts, and emergency stop systems.
Can it be integrated into my existing production line?
Yes. The system supports PLC integration, robotic loading, and inline automation.
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FAQs
What is the smallest achievable hole size?
Our femtosecond laser machines can drill holes as small as 5 microns, depending on the material and pulse settings.
Can the system handle angled or conical drilling?
Yes, advanced beam shaping and multi-axis motion allow for angled, tapered, or spiral-shaped holes.
Is it suitable for transparent or brittle materials?
Absolutely. UV and green lasers enable precise drilling in glass, sapphire, and polymers.
What safety features are included?
Systems come with Class-1 laser enclosures, interlocks, filtered exhausts, and emergency stop systems.
Can it be integrated into my existing production line?
Yes. The system supports PLC integration, robotic loading, and inline automation.
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