Compare side-by-side engineering specifications, spindle torque, RPM, axis travels, tool capacity, CNC controllers, and digital telemetry standards for DMG MORI SPRINT 42|10 linear vs Hwacheon Hi-TECH 850.
|
Specification Matrix
Verified OEM & MachineSchema Data
|
DMG MORI
View Specs Page →
|
Hwacheon
View Specs Page →
|
|---|---|---|
| 1. Machine Classification & Kinematics | ||
| Machine Type | CNC Lathes & Turning Centers | CNC Lathes & Turning Centers |
| Controlled Axes | 3-Axis Simultaneous | 3-Axis Simultaneous |
| OEM Headquarters | Germany / Japan | International |
| Model Status / Year | 2024 | 2024 |
| 2. Spindle Speed & Motor Power | ||
| Maximum Spindle Speed | 6,500 RPM Highest RPM | 1,500 RPM |
| Spindle Motor Rating | 7.4 kW (9.9 HP) | 45.0 kW (60.3 HP) More Power |
| 3. Work Envelope & Travels (X / Y / Z) | ||
| X-Axis Travel | N/A | 485 mm |
| Y-Axis Travel | N/A | 220 mm |
| Z-Axis Travel | N/A | 2,650 mm |
| Table Surface Dimensions | Standard Worktable | Standard Worktable |
| Maximum Table Payload | Standard Capacity | Standard Capacity |
| 4. Tool Changer (ATC) & Motion Rates | ||
| Tool Magazine Capacity | 30 Tools | Standard ATC |
| Rapid Traverse Rate | High-Speed Rapid Feed | High-Speed Rapid Feed |
| 5. CNC Control & Telemetry Standards | ||
| Standard CNC Controller | FANUC 310i, DMG MORI SLIMline with 15" screen; 3 control channels | FANUC 0i-TF Plus |
| MTConnect Telemetry Standard | ANSI/MTC1.4 Verified | ANSI/MTC1.4 Verified |
| 6. Machine Mass & Rigidity | ||
| Net Machine Weight | Standard Industrial Weight | 22,000 kg |
When evaluating DMG MORI SPRINT 42|10 linear vs Hwacheon Hi-TECH 850, shop managers must weigh spindle kinematics against overall structural rigidity. The Hwacheon Hi-TECH 850 delivers a competitive edge in heavier stock removal with its 45.0 kW spindle motor. Conversely, the DMG MORI SPRINT 42|10 linear offers high-speed finishing advantages with a top speed of 6,500 RPM. Both builders adhere to standardized industrial communication protocols, facilitating MTConnect machine monitoring across digital factory floors.
When selecting between competing machining centers or turning centers, specification sheets provide only the baseline. Experienced manufacturing engineers should analyze the following core metrics:
Check whether kW and torque are rated continuously or at 15-30 minute duty cycles for roughing operations.
Heavier meehanite cast-iron machine beds absorb cutting harmonics and damp vibrations during high-feed milling.
Ensure the control system supports high-speed look-ahead (G05.1/G08) and standard MTConnect IoT monitoring.