Dingzhu auto
1 / 5
Industrial sand core shooting machine for metal casting production
Outstanding quality sand core shooting machine designed specifically for the casting industry to enhance efficiency and precision in metal casting production.
| Code | Items | Parameters |
|---|---|---|
| 1 | Robot Cell (FANUC) | M20iD/35 |
| 2 | Sand Belt Machine | 1421*1625*2385mm |
| 3 | Cloth wheel polishing machine | 1000*1500*2200mm |
| 4 | Double-layers feeding table | Double-layers feeding table |
| 5 | Fixture | 400 mm |
| 6 | Max. Power of sand belt machine | 16 KW |
| 7 | Max. Power of polishing machine | 17.5 KW |
| 8 | Voltage | 380V |
| 9 | Sand Belt specification | 4000MM/2500MM |
| 10 | Max. Liner speed of grinding | 29M/S |
| 11 | Max. Liner speed of polishing | 45M/S |
| 12 | Three-phase induction motor | 3KW-4P (1440r/min) |
| 13 | Air Pressure | 0.4~0.7Mpa |
| 14 | Machine size | 2400*3800*2700mm |
| 15 | Total Weight | 4000KG |
| 16 | Air cylinder | AirTAC |
| 17 | Bearing | NSK |
| 18 | HMI / PLC | Delta |
| 19 | Cloth wheels dimension | Dia. 600 (Customizable width) |
| Code | Items | Details | Remarks |
|---|---|---|---|
| 1 | Machine warranty | 12 months | - |
| 2 | Service response time | Within 24 hours | - |
| 3 | Installation/Commissioning | Within 10 days included | Over 10 days: USD 200/day/person + travel |
1. Random attached 1 set fixture, buffs, and polishing wax.
2. Payment terms: 50% TT deposit after contract; 50% TT before delivery.
3. Delivery time: 90 days after contract confirmation.
Specializing in intelligent manufacturing solutions for low-pressure die casting, grinding, polishing, and automation systems. Core offerings include automatic LPDC machines, robotic cell grinding systems, and turnkey production lines serving industries like water meters, locks, and auto parts.
With exports to 30+ countries and partnerships with global top brands, we empower manufacturers with safer, greener, and smarter production through proprietary technologies like dynamic pressure control and multi-axis robotic algorithms.
