Carbon Steel Oxide Layer & Burr Removal Machine

Dual-function Integration! 4x Productivity Boost | 2026 Industrial-Grade Solution

I. Critical Dilemma in Carbon Steel Processing: Stubborn Oxide Layers & Residual Burrs, Causing Millions in Lost Orders?

“After 3 rounds of pickling, 20mm-thick carbon steel plates still retain oxide scale, with a welding cracking rate of 22%.” “Manual burr removal leaves residues in deep holes, pushing the return rate of hydraulic components due to oil leakage up by 30%.” “Pickling waste treatment costs 80 yuan per ton, with environmental fines reaching 150,000 yuan in a single quarter.” —— The production director of a construction machinery factory lamented: “We once had to rework a batch of 500 tons of carbon steel structural parts due to incomplete oxide layer removal, resulting in a direct loss of 4.8 million yuan!”
Five industry-wide pain points plaguing 90% of enterprises in carbon steel processing:

1. Stubborn oxide layers: High-temperature rolling forms a dual-layer oxide structure (outer Fe₂O₃ rust layer + inner Fe₃O₄ rust layer) with a thickness of 0.3-0.5mm. Manual polishing only removes surface loose rust, with a residual rate exceeding 40% detected by laser.
2. Burr-induced chain failures: Burrs (height ≥0.03mm) remain on edges, deep holes and grooves of stamped/forged carbon steel parts, causing assembly jams, seal failure, and a 25% increase in hydraulic system faults.
3. Dual damage from traditional processes: Pickling corrodes the carbon steel substrate, resulting in surface roughness Ra＞2.0μm and a 50% drop in coating adhesion; sandblasting causes micro-cracks on the surface, reducing fatigue strength by 15%-20%.
4. Strict environmental compliance: Pickling waste liquid contains heavy metal ions, costing 80 yuan/ton to treat, failing to meet the DB21/4119-2026 environmental standard (pickling is fully banned in some regions). Dry grinding dust concentration is 3x higher than the GB 16297-1996 standard, risking production suspension.
5. Inefficient cost structure: Manual processing of 1㎡ carbon steel thick plate takes 18 minutes, with a daily capacity of only 20㎡. A polander’s monthly salary averages 9,000 yuan, with an annual labor cost of over 120,000 yuan per person, and a skilled worker turnover rate of 35%.

II. Industrial-Grade Carbon Steel Oxide & Burr Removal Machine: Four Core Technologies to Solve Industry Problems

1. Integrated Mechanical Dual-Effect System, 100% Oxide Layer Removal Rate

1. Universal roller mechanical grinding ensures burr residual height ＜0.008mm and surface roughness Ra≤0.6μm, meeting Class I standards for pre-welding and pre-coating treatment.
2. Compatible with various carbon steels (Q235, Q345, 45# steel, etc.), thickness 0.5-50mm, with dead-end-free processing for deep holes (aperture ≥5mm) and grooves.

2. 400% Productivity Surge, 68% Direct Cut in Comprehensive Costs

1. Processing speed up to 8m/min, daily processing capacity of 800㎡ per machine (4x that of traditional processes).
2. Continuous production requires only 1 operator per machine; an 8-person reduction in a 10-person workshop saves 960,000 yuan in annual labor costs.
3. IE5 high-efficiency grinding motors comply with GB 21350-2023 energy consumption limits, saving over 42,000 yuan in annual electricity costs.

3. Dual Environmental Compliance Guarantee, Worry-Free Global Export

1. Full machine certified by EU CE, no additional modification required for export to the Eurasian Union.
2. Easily passes domestic environmental acceptance and international customer audits.

III. Benchmark Cases Across Five Industries, Proving Hardcore Strength

1. Construction machinery: An excavator manufacturer processed Q345 carbon steel structural parts, achieving 100% oxide layer removal, reducing welding cracking rate from 22% to 0.3%, and saving 3.2 million yuan in annual rework costs.
2. Steel structure: A bridge project processed 8,000㎡ carbon steel thick plates, completing oxide & burr removal in 7 days, with Ra≤0.5μm, 60% higher coating adhesion, and winning the "High-Quality Project" certification.
3. Auto parts: A gear factory processed carbon steel gear blanks, completing oxide removal and burr removal simultaneously, boosting processing efficiency by 3x and reducing subsequent heat treatment deformation by 30%.

IV. 6 Core Reasons to Choose the Industrial-Grade Carbon Steel Oxide & Burr Removal Machine

1. Integrated dual mechanical technology removes oxide layers and burrs synchronously, no secondary processing needed.
2. Daily capacity of 800㎡, 80% cut in labor costs, ROI period of only 7 months.
3. Zero emissions, compliant with dual standards GB 21350-2023 + DB21/4119-2026.
4. EU CE certified, barrier-free global export.

Book a free trial now! Double your carbon steel processing efficiency and slash costs!