High-quality carbide bullet teeth manufacturer

Precision road milling bits and carbide teeth

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Mining cutting picks and tungsten carbide tools

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Wear-resistant Technology

About Us

Why Choose Hengpu Laser？

As a high-tech enterprise specializing in wear-resistant solutions and the application of laser ceramic 3D-printing technology, Hengpu Laser takes its independently developed ceramic 3D printing processes as a core competence and is deeply engaged in the engineering equipment components for mining excavation, infrastructure construction, and oil/gas exploration.Our superior wear performance and continual technological innovation have earned the confidence of customers worldwide.

Pioneer in Cermet 3D Printing

Innovation-Driven R&D Team in Advanced Materials

Strict Quality Control System

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Industries We Served

We are dedicated to the development and production of mission-critical components for engineering equipment based on ceramic 3D printing technology, in the following sectors: road maintenance, tunnel boring, underground coal mining, subway infrastructure, bridge construction, and water conservancy projects.

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Advanced wear-resistant carbide solutions

Wear-Resistant Solutions

Backed by deep expertise in laser-based 3D printing and advanced materials, Hengpu Laser continually delivers innovative wear-resistant products that anticipate market demands. We engineer fully customised solutions precisely aligned with your unique operating conditions, ensuring outstanding durability and performance.

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xpert technical support for carbide tools

Expert Technical Support

Staffed by seasoned specialists in laser-based 3D printing, laser repair & remanufacturing, and advanced materials R&D, Hengpu Laser delivers comprehensive technical assistance. Our agile service model and multi-disciplinary expertise enable rapid, high-value consulting precisely tailored to your operational requirements.

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End-to-end support for carbide machining parts

Full-Process, Worry-Free Support

Our multilingual customer-service team is on standby 24 / 7, delivering real-time assistance with product specifications, application requirements, and pricing. We ensure every enquiry is resolved swiftly and that each solution is precisely tailored to your requirements.

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Why Road‑milling Picks Fail: The Steel Body Wears Long before Carbide Tip Is Gone
October 27, 2026

Why road‑milling picks fail: The steel body wears long before carbide tip is goneA laser‑printed ceramic wear layer solves asynchronous wear for cold planers & cold recyclers — so carbide tips get fully consumed before picks are discarded.01 The Hidden Cost of Premature Pick Replacement on Road‑Jobs

The Cutting Pick That Finally Wears Out Evenly
October 12, 2026

A 3D laser-printed ceramic wear layer that turns the soft steel tooth body into the hardest part of the pick. The body and the tungsten carbide tip now consume at the same rate — so you stop throwing away half-used carbide.

How Are Road Milling Teeth Installed Correctly?
October 26, 2026

Avoid costly drum damage and seized picks. Discover expert protocols for installing road milling teeth to slash downtime and maximize ROI.

Laser-Clad Ceramic Wear Layer Doubles Cutting Pick Life
October 20, 2026

NINGBO, Zhejiang, China — October 12, 2026 — Hengpu (Ningbo) Laser Technology Co., Ltd. today announced the release of its 3D laser-printed ceramic wear layer for engineering cutting picks, a technology designed to solve one of the industry's most expensive inefficiencies: the steel tooth body.

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Technical Products

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Wear-resistant Technology

About Us

Application Areas