About Continuous Scrapping automatic Scrapper Machine
Tagline: Uninterrupted Power for High-Volume Metal Recycling
- Uninterrupted Scrap Processing
- Heavy-Duty Hydraulic Force
- Intelligent Load Management
Specifications Table
Size | Throughput / day | Bale Weight | Motor HP |
8 x 8 | 45 Tons* | 25 Kgs | 20 |
12 x 12 | 75 Tons* | 50 Kgs | 30 |
14 x 14 | 90 Tons* | 70 Kgs | 30 |
Material Suitable
- Ferrous Metals (Steel, Iron, Auto Scrap)
- Non-Ferrous Metals (Aluminum, Copper, Brass)
- Mixed Metal Shredder Residue
- Sheet Metal, Wire, and Turnings
Benefits
- Maximize Revenue
- Reduce Downtime
- Cut Labor Costs
- Space Savings
- Smart Hopper
- Energy Saving Design
Industries Served
- Scrap Metal Yards
- Automative Manufacturing and other manufacturing recycling
- Electronics and Electricals recycling plants
- Foundries and Steel Mills
Engineered for Superior Industrial ScrappingDesigned to handle demanding applications, this machine boasts a hardened alloy steel scrapping blade and a fully digital control system with integrated safety interlocks. Its sturdy construction-with mild steel for the body and stainless steel contact points-ensures long service life and reliability, even in rigorous environments.
Flexible, Portable, and Easy to UseFitted with heavy-duty caster wheels and a compact footprint (1450mm x 650mm x 900mm), the scrapper machine is easily relocated to different production lines or facilities. Its fully automatic operation and low maintenance requirements minimize downtime and operator intervention, maximizing productivity across shifts.
Advanced Safety and Power EfficiencyEquipped with emergency stop and overload protection features, the scrapper ensures operator safety and machine longevity. The efficient electric motor and low noise level (<70 dB) contribute to a comfortable and safe working environment, maintaining consistent throughput with a capacity of up to 1000 kg per hour.
FAQ's of Continuous Scrapping automatic Scrapper Machine:
Q: How does the drive system of this continuous scrapping machine function?
A: The machine is powered by a robust chain or gear-driven system, delivering consistent force to the scrapping blade for continuous, efficient material removal. This mechanism ensures stable operation even under heavy industrial loads.
Q: What types of materials can be processed with this scrapper machine?
A: This scrapper machine is suitable for a wide range of applications, including metal sheet, food processing, and plastic scrapping. Its construction and blade material make it versatile for industrial and commercial recycling and waste management settings.
Q: When should the scrapper blade be replaced, and what is its composition?
A: The scrapping blade is made from hardened alloy steel, offering excellent wear resistance and longevity. Blade replacement intervals depend on usage levels, but thanks to its durability, maintenance is infrequent. Regular inspections are recommended to ensure optimal performance.
Q: Where is this scrapper machine typically installed?
A: This floor-mounted machine is designed for industrial and commercial environments. Its heavy-duty design and portability-thanks to four caster wheels-allow placement in production facilities, recycling plants, and large workshops across various sectors.
Q: What process controls and safety features does the machine have?
A: The scrapper features a digital control panel with integrated safety interlocks, emergency stop, and overload protection. These elements help operators control the process with precision and respond swiftly to any unexpected situations, ensuring safe and reliable operation.
Q: How energy efficient and portable is the machine?
A: Operating at 2 HP / 1.5 kW and 415V, 3-phase AC, this scrapper balances significant material capacity with low power consumption. The heavy-duty caster wheels provide excellent mobility, making it easy to move the machine as needed within a facility.
Q: What are the key benefits of using this scrapper machine in industrial settings?
A: The machine offers continuous, high-capacity scrapping in a fully automatic setup, reducing manual labor and downtime. Its low maintenance design, robust safety features, and adaptability make it an invaluable asset for efficiently managing waste and materials in industrial operations.