Rod Mill
Laboratory Conical Rod Mill Fine Grinding Machine
Item Number : KT-BMS
Price varies based on specs and customizations
- Feed Size
- ≤ 2 mm
- Discharge Fineness
- 180 - 400 Mesh
- Motor Power
- 2.2 kW
Shipping:
Contact us to get shipping details Enjoy On-time Dispatch Guarantee.
Why Choose Us
Easy ordering process, quality products, and dedicated support for your business success.
Product Overview
This laboratory conical rod mill is an advanced fine and ultrafine grinding system engineered specifically for metallurgical research, mineral processing, geological exploration, and materials engineering laboratories. Built with an optimized conical drum geometry where the feed section features an expanded diameter tapering toward a narrower discharge aperture, the equipment promotes progressive comminution. Coarser particles receive high-impact energy from tumbling steel rods at the wide end, while transitioning finer particles experience controlled attrition toward the narrow end, minimizing excessive over-crushing and ensuring narrow, predictable particle size distributions.
Designed to handle challenging mineral samples, metallurgical slag, coal specimens, ceramics, and industrial construction materials, this system bridges the gap between laboratory bench exploration and pilot-scale ore beneficiation tests. Its high batch capacity, paired with seamless adaptation for both dry and wet grinding operations, delivers the flexibility required by modern analytical facilities. Operators can alternate between rod milling and conventional ball milling simply by interchanging the internal grinding media, tailoring impact and shear mechanics to specific sample characteristics.
Engineered for heavy-duty daily operation, the equipment integrates robust motorized tilting mechanisms and automated programmable digital controls to streamline material charging and product discharge. By replacing labor-intensive manual drum handling with stable motorized drive systems and an intuitive digital interface, this unit reduces operator strain, prevents cross-contamination, and eliminates operational variance across repetitive testing cycles.
Key Features
- Progressive Conical Drum Geometry: The specialized conical architecture establishes a natural classification gradient where coarse materials stay at the wider drum section for impact grinding, and migrating fine particles undergo gentle attrition at the narrower discharge section to strictly prevent over-pulverization.
- Dual Media Operational Flexibility: The grinding chamber accommodates both high-density alloy steel rods for linear impact grinding and hardened steel balls for spherical cascade milling, giving research teams two distinct comminution modes within a single mechanical footprint.
- Automated Electric Drum Positioning: Integrated motorized actuation drives feeding angle adjustments and discharge tilting, completely eliminating manual handling of heavy barrels, protecting operator safety, and ensuring total slurry and powder recovery without physical fatigue.
- Intuitive Digital Menu Interface: A clear LCD screen provides direct access to programmable grinding schedules, motor frequency adjustments, and automated run-time controls, allowing technicians to reproduce precise milling cycles with single-touch consistency.
- Comprehensive Dry and Wet Comminution: Robust sealing assemblies and chemical-resistant chamber components support both dry powder preparation under controlled atmospheric conditions and dense wet slurry processing without leaking or sample contamination.
- Heavy-Duty Multi-Roller Support Drive: Precision-machined drive rollers engineered at φ127 mm diameter deliver smooth, continuous torque transfer at 140 r/min or 160 r/min, ensuring slip-free rotational stability under maximum barrel load conditions.
- Industrial 2.2 kW High-Torque Motor: A durable industrial electric motor provides constant rotational force across variable solid-liquid ratios and high-density mineral charges, maintaining reliable rpm ratings without overheating during prolonged runs.
- High-Throughput Multi-Barrel Scalability: Available in configurations supporting up to 50 individual barrels simultaneously, this platform allows laboratories to process high-volume parallel samples simultaneously under identical mechanical kinetics for rapid statistical comparisons.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Ore Beneficiation & Flotation Testing | Preparing finely ground mineral samples such as copper, gold, iron, and polymetallic ores for artificial heavy-medium separation and froth flotation screening | Delivers a tightly controlled 180 to 400 mesh discharge that prevents slime formation and maximizes mineral liberation efficiency |
| Coal & Coke Analytical Characterization | Grinding raw coal, coke, and carbonaceous feedstocks down to uniform powder consistency for proximate analysis and calorific evaluation | Minimizes ultrafine dust generation while preserving representative maceral distribution across tested sample volumes |
| Geological Survey Heavy Mineral Analysis | Pulverizing bulk drill cores, rock cuttings, and geological field specimens to isolate heavy sands, rare earth elements, and trace minerals | High single-batch sample capacity accelerates throughput while preventing micro-fracture damage to crystalline marker minerals |
| Advanced Ceramic & Refractory Processing | Wet and dry batch grinding of technical oxide ceramics, silicates, and raw refractory compounds prior to pressing and thermal sintering | Eliminates particle aggregation through uniform rod action, ensuring homogenous packing density during downstream compaction |
| Cement & Construction Material Testing | Milling clinker, blast furnace slag, pozzolanic additives, and gypsum to evaluate reactivity curves and hydration kinetics | Consistent roller speed control yields precise particle fineness curves that mirror full-scale industrial ball mill performance |
| Environmental Soil & Slag Remediation | Comminuting solid industrial residues, metallurgical tailings, and contaminated soil matrices for chemical extraction and leaching kinetics | Motorized electric discharge prevents cross-sample contamination and ensures complete slurry recovery for analytical integrity |
Technical Specifications
| Specification Parameter | KT-BMS-1 | KT-BMS-2 | KT-BMS-3 |
|---|---|---|---|
| Roller Architecture | Three-Roller System | Four-Roller System | Four-Roller System |
| Barrel Capacity Configuration | 4 Simultaneous Barrels | 16 Simultaneous Barrels | 50 Simultaneous Barrels |
| Roller Diameter | φ127 mm | φ127 mm | φ127 mm |
| Roller Rotational Speed | 140 / 160 r/min | 140 / 160 r/min | 140 / 160 r/min |
| Compatible Barrel Diameters | φ108 mm, φ127 mm, φ146 mm | φ108 mm, φ127 mm, φ146 mm | φ108 mm, φ127 mm, φ146 mm |
| Maximum Feed Particle Size | ≤ 2.0 mm | ≤ 2.0 mm | ≤ 2.0 mm |
| Final Discharge Fineness | 180 - 400 Mesh | 180 - 400 Mesh | 180 - 400 Mesh |
| Grinding Media Options | Alloy Steel Rods / Steel Balls | Alloy Steel Rods / Steel Balls | Alloy Steel Rods / Steel Balls |
| Processing Modes | Dry Milling & Wet Slurry Milling | Dry Milling & Wet Slurry Milling | Dry Milling & Wet Slurry Milling |
| Barrel Positioning Control | Motorized Electric Tilting | Motorized Electric Tilting | Motorized Electric Tilting |
| Display & Interface | LCD Digital Menu Screen | LCD Digital Menu Screen | LCD Digital Menu Screen |
| Process Timer Adjustment | Fully Arbitrary / Programmable | Fully Arbitrary / Programmable | Fully Arbitrary / Programmable |
| Rated Motor Power | 2.2 kW | 2.2 kW | 2.2 kW |
| External Dimensions (L × W × H) | 760 × 510 × 520 mm | 1250 × 710 × 720 mm | 2180 × 966 × 868 mm |
| Equipment Net Weight | 120 kg | 220 kg | 450 kg |
Why Choose This Product
- Superior Particle Uniformity: The tapered chamber geometry and linear contact of tumbling steel rods prevent over-milling, delivering an optimal 180 to 400 mesh particle distribution essential for flotation and metallurgical research.
- Media and Operational Versatility: Seamlessly transition between rod grinding and ball milling in both wet and dry processing environments, allowing a single machine to fulfill wide-ranging mineralogical and material science protocols.
- Ergonomic Motorized Operation: Fully automated electric tilting for feeding and discharge replaces hazardous, repetitive manual lifting, eliminating physical strain and avoiding sample spillage.
- Heavy-Duty Industrial Engineering: Built with high-torque 2.2 kW motors, solid φ127 mm rollers, and rigid structural frames, this equipment provides dependable, vibration-free operation under continuous laboratory workloads.
- Scalable Batch Productivity: Choose from compact 4-barrel arrangements up to high-capacity 50-barrel testing arrays to meet any institutional research or industrial pilot laboratory sample throughput requirement.
Contact our technical engineering team today to receive a customized quotation, explore configuration options, or request detailed grinding media recommendations for your specific material processing challenges.
Trusted by Industry Leaders
REQUEST A QUOTE
Our professional team will reply to you within one business day. Please feel free to contact us!
Related Products
Laboratory Conical Ball Mill Grinding Machine for Fine Ore Sample Preparation and Mineral Processing Analysis
Engineered for precise ore pulverization this laboratory conical ball mill reduces feed particles up to 3mm down to 200 mesh designed for metallurgical testing and geological analysis delivering consistent milling performance with an optimized grinding charge
Single Layer Sealed Laboratory Rod Mill for Ore Assay Grinding and Mineral Sample Preparation
This sealed laboratory rod mill delivers precise ore grinding and automated sample homogenization for assay laboratories. Featuring advanced dust suppression, robust overcurrent protection, and multi-barrel flexibility, it ensures exceptional mineral liberation, safe operation, and consistent metallurgical testing results every batch.
Eco Friendly Sealed Double Layer Small Rod Mill
Discover our eco friendly sealed double layer small rod mill engineered for dust free automated laboratory sample preparation delivering uniform eighty to two hundred mesh grinding across multi barrel configurations with intelligent timing and heavy duty vulcanized rubber drive rollers.
Laboratory Small Rod Mill Barrel High Precision Rod Grinding Jar for Ore Sample Preparation
Engineered for high-precision laboratory sample pulverization, this durable rod grinding barrel incorporates specialized hexagonal and cylindrical grinding rods to deliver rapid material breakdown and uniform particle size reduction across geological, mining, and metallurgical sample preparation workflows with unmatched reliability.
Four Roll Multi Jar Batch Laboratory Rod Mill System for Mineral Ore Sample Preparation and Geological Pulverization
High throughput four roll batch laboratory rod mill system engineered for rapid dust free preparation of gold ores and geological samples with integrated mechanical dumping automated timing control micro latch jar sealing and concentrated exhaust sweeping for efficient sample pulverization.
Small Rod Mill Cylinder Cleaning Machine Laboratory Powder Container Cleaner
Optimize lab workflows with this automated small rod mill cylinder cleaning machine. Designed for rapid residual powder removal across multiple grinding jar diameters, it prevents sample cross-contamination during geological, metallurgical, and mining sample preparation routines effectively and reliably.
Laboratory Disc Pulverizer Mill for Medium Hardness Ore Coal Sample Grinding
This high-performance laboratory disc pulverizer delivers fast fine milling of medium-hardness ores coal and geological samples down to 0.15 mm featuring a precise dual-handwheel disc gap control system heavy-duty V-belt drive and dust-tight processing chamber for demanding analytical laboratories.
Small Hammer Crusher Fine Grinding Mill Laboratory Sample Preparation Rotary Hammer Crusher Machine
High performance small hammer crusher designed for medium and fine grinding of coal limestone minerals and glass features alloy tool steel blades variable belt feeding and automated fixed sample division to ensure reliable sample preparation for laboratory testing.
Stainless Steel Laboratory Ball Mill for Dry Powder and Liquid with Ceramic Polyurethane Lining
Discover the versatile stainless steel dry powder/liquid horizontal ball mill with ceramic/polyurethane lining. Ideal for ceramic, chemical, metallurgical, and building materials industries. High grinding efficiency and uniform particle size.
Laboratory Double Roll Crusher Small Squeezing Roll Granulator for Coal Ore and Rock Sample Preparation
Designed for precise laboratory sample preparation, this high performance double roll crusher delivers uniform medium and fine crushing of coal, ores, and rocks. Featuring adjustable output sizing, high throughput, and specialized anti-stick roller options, it ensures maximum operational efficiency.
Vibrating Disc Mill Small Laboratory Grinding Machine
Discover the versatile Vibrating Disc Mill for efficient laboratory grinding. Ideal for geology, metallurgy, biology, and more. Explore now!
Mini Planetary Ball Mill Machine for Laboratory Milling
Discover the KT-P400 desktop planetary ball mill, ideal for grinding and mixing small samples in the lab. Enjoy stable performance, long service life, and practicality. Functions include timing and overload protection.
Lab Vibration Mill
Vibration Mill for Efficient Sample Preparation, Suitable for Crushing and Grinding a Variety of Materials with Analytical Precision. Supports Dry / Wet / Cryogenic Grinding and Vacuum/Inert Gas Protection.
Laboratory Ball Mill Jar Mill with Metal Alloy Grinding Jar and Balls
Grind and mill with ease using metal alloy grinding jars with balls. Choose from 304/316L stainless steel or tungsten carbide and optional liner materials. Compatible with various mills and features optional functions.
Laboratory Disc Cup Vibratory Mill for Sample Grinding
The vibrating disc mill is suitable for non-destructive crushing and fine grinding of samples with large particle sizes, and can quickly prepare samples with analytical fineness and purity.
Laboratory Jar Mill with Agate Grinding Jar and Balls
Grind your materials with ease using Agate Grinding Jars with Balls. Sizes from 50ml to 3000ml, perfect for planetary and vibration mills.
Sealed Laboratory Assay Sample Pulverizer High Speed Vibrating Cup Mill for Coal Ore Mineral Sample Grinding
High performance sealed laboratory sample pulverizer engineered for rapid grinding of coal coke limestone and mineral ores to fine mesh powder within two to six minutes for precise assay sample preparation in high throughput mining and industrial environments.
High Energy Planetary Ball Mill Milling Machine for Laboratory
Experience fast and effective sample processing with the F-P2000 high-energy planetary ball mill. This versatile equipment offers precise control and excellent grinding capabilities. Perfect for laboratories, it features multiple grinding bowls for simultaneous testing and high output. Achieve optimal results with its ergonomic design, compact structure, and advanced features. Ideal for a wide range of materials, it ensures consistent particle size reduction and low maintenance.
Laboratory Cement Clinker Test Ball Mill Small Cement Batch Milling System
This laboratory cement clinker test ball mill delivers consistent fine pulverization for physical and chemical analysis, featuring a 5 kg batch capacity, robust 1.5 kW gear-reduced drive, dust-free felt ring sealing, and integrated automated timing control relays for industrial labs.
Hydraulic Sample Pulverizer Grinding Machine Automatic Laboratory Sample Preparation System
This hydraulic sample pulverizer grinding system delivers ultra-fine sample preparation down to 80-300 mesh. Featuring automatic hydraulic clamping, programmable timing, and heavy-gauge construction, it ensures fast, consistent, and reliable material reduction for XRF and metallurgical quality control testing.