Our Robot Laser Hardening Machine delivers precise, localized surface hardening to critical metal components—think gear teeth, camshafts, valve seats, or hydraulic piston rods. Instead of heating the entire part in a furnace, it uses a focused laser beam guided by a six-axis robotic arm to selectively transform the microstructure of just the wear-prone surface layer. This creates a tough, martensitic case while leaving the core ductile and stress-free—no quenching oils, no distortion, and minimal post-processing needed.
What sets this system apart is how consistently it holds ±0.1 mm positional accuracy across long production runs—even at speeds up to 2.5 meters per minute. That means less scrap, fewer touch-ups, and parts that pass hardness and adhesion tests the first time, every time. Operators report up to 40% faster setup between jobs thanks to intuitive offline programming and real-time thermal feedback that auto-adjusts power and scan speed on the fly.
At INTOUCHRAY, we don’t ship one-size-fits-all machines. Whether you’re hardening small aerospace fittings on a compact gantry or running heavy-duty turbine blades on a large floor-mounted robot cell, our engineers work with you to configure the laser source, robot model, cooling strategy, fume extraction, and safety integration to match your part geometry, throughput targets, and factory footprint—no off-the-shelf compromises.
Key Features
- Operators report up to 40% faster setup between jobs thanks to intuitive offline programming and real-time thermal feedback that auto-adjusts power and scan speed on the fly.
Typical Applications
Robot Laser Hardening Machine is suited to hydraulic cylinders, ball valves, drill pipes, gears and camshafts, molds and dies, rolls, wind turbine bearings, wear and corrosion protection.
Why Intouchray
Every Intouchray machine is designed and manufactured in-house by Guangdong Intouch Technology (est. 2001, Dongguan), with 20+ years of laser R&D and 100+ machine models shipped worldwide. Production runs under ISO 9001:2015 with CE-certified product series, and control logic is developed by our own R&D team so custom sequences, material tracking, and process adjustments can be integrated before shipping.
FAQ
What is laser cladding used for?
Laser cladding deposits a metallurgically bonded wear- or corrosion-resistant layer (typically 0.5-2 mm) to restore or protect components such as hydraulic cylinders, rolls, and molds.
Can the same machine harden surfaces?
Yes – Intouchray cladding systems also support laser hardening (0.5-1 mm depth, HRC 60+) with a quick head change.
