Murata Wiedemann Motorum 3048
Key Specifications
Accuracy
punching force
working area
max hit rate
max sheet thickness mild steel
max sheet thickness stainless
Overview
The Murata Wiedemann Motorum 3048 is a CNC turret punch press from Muratec (Murata Machinery), sold under the Wiedemann brand for the North American market, representing one of the larger-format models in the Motorum series. The 3048 designation refers to the machine's working area: 3,000 x 4,800 mm (approximately 118 x 189 inches) — an exceptionally large sheet-processing envelope that positions this machine in a specialized segment of the turret punch market. While most CNC punch presses max out at 1,250-1,500 mm sheet width and 2,500-3,000 mm sheet length, the Motorum 3048 accommodates oversized sheets typical in architectural metalwork, large equipment panels, and industrial enclosures where standard sheet sizes are insufficient.
The Motorum 3048 is built on Murata Wiedemann's Motorum platform, which uses a servo-electric ram drive for high hit rates, energy efficiency, and programmable punch speed control. The large working area requires an extended X-axis travel system with precision linear guides and multiple workpiece clamp carriages to support and reposition oversized sheets without sheet distortion. The turret holds up to 58 stations in the full thick-turret configuration, providing broad tooling variety for complex parts that use the large working area effectively. Auto-index turret stations enable angular feature punching without sheet rotation.
The practical applications for the Motorum 3048's large-format capability include: architectural metal panels for building facades (where individual panels can be 1,200 x 2,400 mm or larger), industrial control panels and electrical switchgear enclosures that span full sheet sizes, transportation equipment interior panels, and agricultural or construction machinery cabs and covers. In these applications, the ability to complete all punching on an oversized sheet without repositioning improves accuracy, reduces handling, and eliminates cumulative positional errors that occur when a smaller punch press processes a large sheet in multiple setups.
Murata Wiedemann's M-series CNC control manages the Motorum 3048's extended axes with the same touchscreen interface as the smaller Motorum models. Programming for large-format sheets uses offline CAD/CAM — manual programming of a full 3,000 x 4,800 mm sheet at the machine control is impractical. The control manages multi-clamp repositioning automatically for sheets larger than the single-clamp X-axis travel, coordinating clamp release, sheet advance, clamp re-engagement, and origin re-reference to process the full sheet length without manual intervention.
New Motorum 3048 machines are priced in the $450,000 to $700,000 range, reflecting the extended mechanical construction, precision linear system, and specialized large-format capability. This positions the 3048 in the capital investment tier of dedicated architectural and large-panel fabrication equipment, comparable to large-format laser cutters and wide-format plasma systems. The used market is limited due to the machine's specialized application and larger installed base in large-format fabrication shops.
Full Specifications
| Parameter | Value |
|---|---|
| Punching Force | 300 kN (34 tons) |
| Working Area | 3,000 x 4,800 mm (118 x 189 in) |
| Max Hit Rate | 500 hits/min (repositioning mode, small tools) |
| Max Sheet Thickness Mild Steel | 6.35 mm (0.25 in) |
| Max Sheet Thickness Stainless | 4.5 mm (0.18 in) |
| Turret Stations | Up to 58 (thick turret with auto-index) |
| Auto Index Stations | 4 (standard) |
| Positioning Accuracy | ±0.05 mm |
| Traverse Speed | 80 m/min (X-axis); 60 m/min (Y-axis) |
| Ram Drive | Servo-electric |
| CNC Control | Murata Wiedemann M-series (17-inch touchscreen) |
| Sheet Repositioning | Multi-clamp automatic repositioning for oversized sheets |
| Machine Weight | Approx. 22,000 kg (48,502 lbs) |
| Lf Antennas | Lineup |
| Lc Balun | Lineup |
| Ceramic Capacitor | Lineup |
| Polymer Aluminum Electrolytic Capacitors | Lineup |
| Silicon Capacitors | Lineup |
| Single Layer Microchip Capacitors | Lineup |
| Variable Capacitors | Lineup |
| Bluetooth Modules | Lineup |
| Wi Fi Modules Wi Fi Bluetooth Modules | Lineup |
| Lc Diplexers Lc Triplexers | Lineup |
| Lc Filters | Lineup |
| General Circuit Inductor | Lineup |
| Inductors For Audio Line Noise Suppression | Lineup |
| Inductor For Power Lines | Lineup |
| Inductor For Short Range Wireless Communication | Lineup |
| In Vehicle Poc Inductors | Lineup |
| Rf Inductor | Lineup |
| Active Oxygen Module | Lineup |
| Ionizers | Lineup |
| Block Type Emi Suppression Filter | Lineup |
| Chip Ferrite Beads | Lineup |
| Common Mode Choke Coils Common Mode Noise Filters | Lineup |
| Common Mode Choke Coils | Lineup |
| Lc Low Pass Filter | Lineup |
| Lead Type Emi Suppression Filter | Lineup |
| Outline Of Emi Suppression Filters | Lineup |
| Tvs Diodes | Lineup |
| Ac Dc Converters | Lineup |
| Digital Panel Meters | Lineup |
| Isolated Dc Dc Converter Module | Lineup |
| Isolated Gate Drive Power Module | Lineup |
| Non Isolated Dc Dc Converter Module | Lineup |
| Accelerometers | Lineup |
| Amr Sensors | Lineup |
| Gyro Sensors | Lineup |
| Infrared Sensors | Lineup |
| Inclinometers | Lineup |
| Pressure Sensor | Lineup |
| Shock Sensors | Lineup |
| Temperature Sensors | Lineup |
| Ultrasonic Sensors | Lineup |
| Vibration Sensor Devices | Lineup |
| Ntc Thermistors | Lineup |
| Ptc Thermistors | Lineup |
| Ceramic Resonators | Lineup |
| Crystal Units | Lineup |
Strengths & Limitations
Strengths
- 3,000 x 4,800 mm working area handles oversized sheets for architectural panels, large equipment enclosures, and wide-format fabrication beyond standard sheet metal punch press capacity
- Multi-clamp automatic repositioning processes full oversized sheet lengths without manual repositioning stops, maintaining positional accuracy across the entire sheet
- 58-station thick turret with auto-index provides broad tooling variety for complex large-format parts with multiple punch geometries and angular features
- Servo-electric drive enables programmable punch speed and high hit rates with energy efficiency advantages over hydraulic equivalents at this machine size
- Muratec's proven Motorum platform with established North American service through Murata Wiedemann ensures parts availability and application support
Limitations
- High capital cost ($450K-$700K) is justified only for shops with consistent large-format punching demand — difficult to justify on standard sheet metal work
- Large machine footprint and extended working area requires significant floor space and facility height clearances beyond standard punch press installations
- Murata Wiedemann's smaller North American service network compared to Amada or Trumpf may extend service response times for customers outside major industrial regions
Best For
Frequently Asked Questions
01
The Motorum 3048 uses a multi-clamp automatic repositioning system. When the programmed sheet requires more X-axis travel than a single clamp position allows, the CNC coordinates a controlled repositioning sequence: the sheet is clamped by the secondary clamp, the primary clamp releases and advances to a new position, re-engages the sheet, and the CNC re-references the coordinate system to continue punching from the new position. This process is automatic within the NC program — operators do not intervene during repositioning.
02
The Motorum 3048 excels at high-volume, repetitive hole patterns in thick material — architectural perforated panels, equipment ventilation grilles, standardized mounting hole arrays — where laser cutting would be slower and more expensive per part. Laser cutters offer greater geometric flexibility for complex profiles and can process thinner material faster for single pieces. For production runs of patterned panels where punching is the appropriate process, the Motorum 3048's throughput advantage and lower per-part consumable cost (no laser gas, no fiber wear) is significant.
03
Yes. Aluminum up to approximately 8-10 mm can be punched with the Motorum 3048's 300 kN force at standard sheet metal gauges. Aluminum punching requires tooling clearances of 8-12% per side (smaller than mild steel clearances), sharp tooling to avoid aluminum adhesion to punch faces, and lubrication. Large-format aluminum sheet — common in transportation equipment and architectural applications — is one of the Motorum 3048's primary application areas.
04
Programming large-format sheets requires offline CAD/CAM software — programming a 3,000 x 4,800 mm sheet at the machine control is not practical. The NC program must account for multi-clamp repositioning sequences, which requires CAD/CAM software with Motorum 3048 post-processor support. Murata Wiedemann provides post-processors for major CAD/CAM platforms. The M-series control manages the repositioning sequences automatically once the program is loaded.
05
The Motorum 2564 provides a 2,500 x 6,400 mm working area with auto-repositioning for long sheets, while the Motorum 3048 provides a 3,000 x 4,800 mm working area emphasizing wider sheets. The 3048 is appropriate for applications where sheet width (up to 3,000 mm Y-axis) is the primary constraint; the 2564 handles longer but narrower sheet formats. Both machines use the same Motorum platform architecture and serve oversized-sheet fabrication applications.
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