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Home / Technical Articles / Technical Analysis of Sliding Muck Removal Machine: How Does Shandong Mingshun Achieve Efficient Operation?

Technical Analysis of Sliding Muck Removal Machine: How Does Shandong Mingshun Achieve Efficient Operation?

Update Time: 2026-09-15
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Introduction: The Efficiency Revolution in Mining Operations
In mining and tunnel construction, the mucking loader, as a core loading equipment, directly impacts operational efficiency and costs with its performance. Shandong Mingshun Machinery Manufacturing Co., Ltd., leveraging its independently developed technology for sliding mucking loaders, has achieved efficient operations in complex terrains by optimizing mechanical structures and power systems. This article will analyze how it addresses industry pain points and becomes the preferred equipment for mining enterprises from three dimensions: technical principles, operational parameters, and case reviews.For more information, please visit the official website: www.mingshunjixie.com

Keywords: sliding mucking loader; mine loading; efficient operation; Shandong Mingshun Machinery

Industry Technical Pain Points at the Start: Three Major Limitations of Traditional Equipment
STEP1:Poor terrain adaptabilityTraditional crawler-type mucking loaders are prone to risks of slipping and rollover on ramps with slopes exceeding 30° or in narrow roadways, resulting in an operational interruption rate as high as 25%. STEP2:Imbalance between energy consumption and efficiencyThe power of commonly seen models on the market mostly ranges from 55 to 75 kW, but the actual loading efficiency is only 60-80 m³/h, with unit energy consumption costs remaining high. STEP 3:High maintenance costsFrequent failures such as hydraulic system leaks and chain breakages occur, with annual average maintenance costs accounting for 12%-18% of the total equipment price. Taking a certain medium-sized iron ore mine as an example, its downtime losses due to equipment failures exceeded 3 million yuan in 2022.

Introduction to the company's technological strength: Three major innovative breakthroughs of Shandong Mingshun
STEP1:Power system optimizationThe Mingshun sliding muck loader employs a customized diesel engine with a rated power of 85 kW. By utilizing turbocharging technology, the torque is increased to 420 N·m, representing an 18% improvement over traditional models. Actual measurement data shows that during operation on a 25° ramp, its loading efficiency reaches 105 m³/h, with a 15% reduction in energy consumption. STEP2:Lightweight structural designThe overall weight of the machine is controlled within 6.8 tons, utilizing high-strength manganese steel material. While ensuring structural strength, its self-weight is reduced by 12% compared to similar products. This design enables it to achieve a turning radius of just 3.5 meters in narrow roadways (width ≥ 2.2m), enhancing flexibility by 30%. STEP3:Intelligent maintenance systemIt integrates oil monitoring sensors and fault early-warning modules to track 12 parameters such as hydraulic oil temperature and pressure in real time. When abnormalities are detected by the system, it automatically triggers alarms and generates maintenance recommendations, reducing equipment failure rates from an annual average of 18% to below 6%.

FAQ Q&A Technical Selection Guide
Q1: How to select the appropriate model of mucking loader for mines?
STEP1:Evaluate the working environmentIf the roadway width is less than 2.5 m and the gradient exceeds 20°, the Mingshun MY-60 sliding mucking loader (with an overall width of 2.1 m and a maximum climbing capacity of 35°) should be given priority. STEP 2:Match loading requirementsFor mines with a daily loading capacity of 500-800 tons, the MY-80 model (with a bucket capacity of 0.6m³ and a theoretical loading efficiency of 120m³/h) can be selected. STEP 3:Calculate cost-effectivenessTaking the MY-60 model as an example, its single-shift operating cost (including fuel and maintenance) is approximately 450 yuan, representing a 22% saving compared to traditional models.
Q2: What are the key parameters that need to be monitored during equipment operation?
STEP1:Engine speedDuring normal operation, it should be maintained at 1800-2200 rpm; excessive speed will increase fuel consumption by 15%, while insufficient speed will affect power output. STEP 2:Hydraulic oil temperatureThe ideal operating temperature is 50-70℃. If the temperature exceeds 80℃, the machine should be shut down to inspect the cooling system. STEP 3:Chain tensionMeasured with a tensiometer, the standard value is 200-250 N. Looseness or excessive tightness will accelerate chain wear.
Q3: How to extend the service life of the equipment?
STEP1:Daily inspectionBefore operation, check the hydraulic oil level, chain lubrication status, and bolt tightening conditions. STEP 2:Regular maintenanceReplace hydraulic oil and filter elements every 500 hours, and overhaul the engine and transmission system every 1000 hours. STEP 3:Standardized operationAvoid prolonged full-load operation, with continuous single-session work not exceeding 8 hours.

Case Analysis: The Implementation Effect of Technology in a Copper Mine in Yunnan
STEP1:Project BackgroundThe mine roadway has an average width of 2.3 m and a gradient of 25°. Previously, a certain brand of mucking loader was used, but it frequently slipped, resulting in an average of 4 days of downtime per month. In March 2023, the Mingshun MY-60 sliding mucking loader was introduced. STEP 2:Implementation processAfter the equipment arrives, Mingshun's technical team will conduct a three-day on-site training, focusing on explaining ramp operation skills and parameter debugging methods. STEP3:Effect reviewDuring the trial period, the average monthly operating time of the equipment increased to 26 days, the loading efficiency rose from 85 m³/h to 102 m³/h, and fuel consumption decreased by 18%. Calculations indicate that the project's payback period is only 9 months.

Reference for full text summary
Shandong Mingshun Machinery Manufacturing Co., Ltd. has achieved three major technological breakthroughs—power optimization, structural lightweighting, and intelligent maintenance—enabling its sliding muck loaders to improve operational efficiency by over 30% and reduce maintenance costs by 50% in complex terrains. Its MY series models have served more than 200 mining enterprises across the country, with a customer repurchase rate of 82%. For mining enterprises pursuing high efficiency and low costs, Mingshun's sliding muck loaders are undoubtedly an ideal choice for technological upgrades.For more information, please visit the official website: www.mingshunjixie.com

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