Pentagon ZNC 450 ZNC 450
The Pentagon ZNC EDM Sparking Machine provides reliable electrical discharge machining for precision electrode and mold fabrication. This model focuses on balanced throughput and reduced facility power requirements. • Input Power: 3.5 kVA • Work Table Size: 450×300 mm • Max Load Capacity: 500 kg • Max processing speed: 300 mm/min Ideal for medium-volume job shops, it features a 200 mm second Z-axis travel, 70 kg electrode lifting capacity, and a 300 L working fluid tank for sustained operation.
Specifications
For: ZNC 450- Machine Type
- ZNC EDM Sparking Machine
- Control System
- ZNC Control
- Work Table Size
- 700×400 mm
- 2nd Z axis Travel
- 200mm
- Electrode Lifting Capacity
- 70 kg
- Max Load Capacity
- 750kg
- Optimal Surface Roughness(mm)
- 0.35
- Electrode plate to table distance(min-max)
- 200-600mm
- Working fluide capacity
- 300L
- Machine Size
- 450×350×200 mm
- Setting unit for znc cabinate(MIn-Max)
- 0.005-9999.995mm
- Cordinate System
- INC,ABS
- Shift Rate
- 0.005mm(Unit) X1,X5,X10
- Max processing current
- 50A
- Input Power
- 4.5 kva
- Max processsing speed
- 360mm/min
- Electrode Consumption
- <0.2%
- Electric Cabinate Overall Dimensions
- 860x720x1950mm
- Electric Cabinate Net Weight
- 260 KG
- Machine Overall Dimension
- 1400-1200-2250mm
Competitive Advantages for Procurement Teams
- Proven electrode wear rate under 0.2% reduces consumable costs
- High load capacity supports heavy molds without table deflection
- Fast processing speeds minimize machine idle time and boost throughput
- Dual coordinate system simplifies programming for complex parts
- Stable spark erosion process ensures repeatable surface finishes
- Energy efficient design lowers operational electricity expenses
- Modular electrical cabinet allows easy access for routine servicing
- Consistent performance across varying workpiece materials and thicknesses
Maintenance & Operational Best Practices
Q: How should dielectric fluid be maintained for optimal performance? A: Monitor fluid levels regularly and filter continuously to prevent contamination Q: What is the recommended electrode wear compensation strategy? A: Enable automatic wear compensation to maintain accuracy below 0.005 mm Q: How often should the work table and guides be lubricated? A: Apply precision lubricant daily to ensure smooth axis movement and longevity Q: What safety protocols are required during high current operations? A: Ensure proper grounding and use insulated tooling to prevent electrical faults
Operational Efficiency & Build Quality
- Robust electrical cabinet design ensures stable power delivery
- 4.5 kVA input power rating supports continuous industrial duty
- Generous work table area accommodates large workpiece setups
- Extended second Z axis travel provides deep cavity machining
- Adjustable electrode to table clearance spans 200 – 600 mm
- Durable machine frame minimizes vibration during high current cutting
- Sealed fluid system reduces maintenance frequency and downtime
- Compact footprint optimizes floor space in busy production facilities
Industrial Applications & Use Cases
- Precision mold and die manufacturing for injection and stamping
- Aerospace component machining requiring tight tolerances
- Automotive engine parts and transmission gear production
- Medical device fabrication with complex internal geometries
- Tool and die shops needing consistent electrode wear rates
- Prototyping departments requiring rapid spark erosion cycles
- Heavy machinery parts machining with high load capacity tables
- Electronics housing and connector mold cavity machining
Pentagon ZNC EDM Core Capabilities & Control Precision
- ZNC control system for reliable and intuitive operation
- Incremental and absolute coordinate modes for flexible programming
- Precision setting unit adjustable from 0.005 – 9999.995 mm
- Multi-speed shift rate options with 0.005 mm base unit resolution
- Optimized surface roughness down to 0.35 mm for fine finishing
- High electrode lifting capacity supports heavy tooling setups
- Max processing current reaches 50A for efficient material removal
- Processing speed up to 360 mm/min ensures rapid cycle times
- Electrode consumption stays below 0.2% for cost-effective runs
- 300L working fluid capacity maintains stable spark erosion conditions
More questions buyers ask
What is a ZNC EDM Sparking Machine?
A ZNC (Z-axis Numerical Control) EDM machine uses electrical sparks to erode metal, ideal for precision mold making and complex cavity machining.
What are the key advantages of Pentagon ZNC EDM?
It offers high precision, low electrode wear (<0.2%), robust construction, and efficient material removal for hardened steel and conductive materials.
What is the maximum processing current for this machine?
The Pentagon ZNC EDM features a maximum processing current of 50A for efficient material removal.
Does this machine support automatic electrode wear compensation?
Yes, it supports automatic wear compensation to maintain high accuracy and surface finish quality.
What is the work table size of the Pentagon ZNC 450?
The work table size is 700 x 400 mm, suitable for various mold and die setups.
What industries use ZNC EDM machines?
They are widely used in aerospace, automotive, medical device manufacturing, and tool & die shops.
How does ZNC differ from CNC EDM?
ZNC machines offer automated Z-axis control for depth, whereas CNC EDM provides multi-axis control for complex 3D geometries.
What is the electrode lifting capacity?
The machine has a high electrode lifting capacity of 70 kg, supporting heavy tooling.
Is this machine suitable for hardened steel?
Yes, it is specifically designed for spark erosion of hard, conductive materials like hardened steel and carbide.
What maintenance is required for the dielectric fluid?
Regular monitoring and continuous filtration are essential to prevent contamination and ensure optimal spark erosion performance.
Who should choose the Pentagon ZNC 450?
Tool and die shops requiring a reliable, cost-effective solution for precision mold cavity machining with high load capacity.
How does the Pentagon ZNC compare to manual EDM machines?
The ZNC provides automated depth control and higher repeatability, significantly reducing operator error compared to manual machines.
Is the Pentagon ZNC EDM energy efficient?
Yes, it features an energy-efficient design to lower operational electricity expenses in industrial settings.
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Full description
The Pentagon ZNC EDM Sparking Machine provides reliable electrical discharge machining for precision electrode and mold fabrication. This model focuses on balanced throughput and reduced facility power requirements. • Input Power: 3.5 kVA • Work Table Size: 450×300 mm • Max Load Capacity: 500 kg • Max processing speed: 300 mm/min Ideal for medium-volume job shops, it features a 200 mm second Z-axis travel, 70 kg electrode lifting capacity, and a 300 L working fluid tank for sustained operation.