Product Overview
The T80 foil container press combines a 4-cavity mold configuration with H-frame construction, providing a stable foundation for high-speed continuous production. The H-frame distributes stamping stress evenly through four corner columns, reducing equipment vibration by 40% compared to C-frame designs. This ensures precision molds maintain accurate alignment during long-term operation. The reinforced worktable limits deformation to within 0.1mm under continuous full-load operation, making it particularly suitable for export orders requiring strict product consistency.
Technical Specifications
| Item | Specification |
|---|---|
| Frame Type | H-type 4-Column |
| Cavity Configuration | 4-cavity Synchronized |
| Table Deformation | ≤0.1mm/8h |
| Vibration Level | 40% less than C-frame |
| Long-term Accuracy | ≥3 years maintenance-free |
H-Frame Advantages
Four-column symmetric design distributes force evenly
120mm thick worktable increases anti-deformation by 60%
Dual guide positioning ensures precise slider movement
Enhanced rigidity suitable for high-speed thin material production
4-Cavity Efficiency
4 products per stroke, 33% higher output than 3-cavity
Optimized cavity spacing prevents material stretching
Independent ejection system ensures complete demolding
Quick-clean design reduces material buildup downtime
Competitive Advantages
H-frame extends mold life by 50% vs C-frame
4-cavity configuration exceeds 70,000 pieces per shift
Reduced vibration maintains noise below 85dB
Accuracy maintenance period 2x longer than industry standard
Machine Detail
FAQ
Special requirements for H-frame installation?
Level concrete floor same as C-frame equipment.
Is 4-cavity mold change more complicated?
Standardized positioning system keeps changeover time similar.
Maximum stamping force capacity?
Frame rated for 80 tons, daily use under 60 tons.
How to maintain long-term accuracy?
Quarterly guide clearance check, annual table level inspection.
Suitable products for this design?
Ideal for lids and trays requiring high flatness.
Power consumption vs C-frame?
15% lower energy per unit due to structural efficiency.
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