As we close 2025, I look back at an incredible year of innovation at MiMA. Our team pushed boundaries in every direction. We delivered breakthrough technologies that our customers needed most.
This year brought five major changes to our forklift lineup. Each change addresses real challenges our customers face daily. These improvements make operations faster, safer, and more efficient than ever before.
(MiMA Forklift Innovation 2025)
Let me walk you through these game-changing developments. Each one represents months of engineering work and customer feedback. Together, they position MiMA as the leader in VNA and AGV solutions.
How Are We Revolutionizing 3-Way Pallet Stackers for Ultra-Narrow Spaces?
MiMA 3-way pallet stackers faced a critical challenge this year. Warehouses needed even narrower aisles. Storage costs kept rising. Every square meter mattered more than ever.
Our MC08 and MCC12 models answer this challenge directly. The MC08 operates in just 1.5-meter aisles. The MCC12 pushes boundaries further with 1.45-meter operation capability.
(Three-Way Stacker Ultra-Narrow Operation)
The breakthrough came through lightweight design philosophy. I watched our engineers strip away every unnecessary gram. They optimized weight distribution without sacrificing strength. The result shocked even our most experienced operators.
Our MC08 delivers 30% better energy efficiency during 8-hour shifts. The lightweight AC drive system responds faster than traditional models. Operators notice the difference immediately. The truck feels more responsive in tight spaces.
The MCC12 takes this further as China’s first 1.2-ton man-up turret truck. We achieved this through six proprietary patent technologies. The dual-depth operation capability remains unique in China. No competitor offers this functionality.
Both models feature modular design principles. Customers adapt them to different pallet sizes and rack configurations. This flexibility reduces inventory needs. It simplifies fleet management across multiple sites.
The elevator compatibility opens new possibilities. Customers operate these stackers on multiple floors. This capability expands warehouse utilization vertically. Ground floor space becomes less critical.
What Makes Our New 5-Ton AGV the Industry Game Changer?
Heavy-duty AGV technology reached a turning point in 2025. Traditional 5-ton AGVs struggled with steering precision. They moved awkwardly in tight spaces. Many customers avoided automation for heavy loads.
Our MKV50 changes everything with dual-electric steering innovation. This system earned us 2 invention patents and 3 utility model patents. The engineering challenge was immense.
(5-Ton Dual Electric Steering AGV)
The dual-electric steering delivers 0.1-degree control precision. Response time reaches millisecond levels. This performance exceeds hydraulic steering by 10 times. Heavy loads move with surprising agility.
I remember testing the first prototype. The difference was dramatic. Previous 5-ton AGVs required wide turning circles. The MKV50 pivots in spaces we never thought possible. Container unloading becomes efficient. Narrow warehouse aisles accommodate heavy automation.
The four-point balance design provides exceptional stability. Uneven ground conditions don’t affect performance. Cold storage environments pose no challenges. High-altitude locations see reliable operation where internal combustion fails.
Safety systems include three-tier braking protection. The OPS presence detection prevents accidental operation. Automatic descent speed control protects both goods and equipment. Every safety feature underwent extensive field testing.
The dual-mode capability sets this AGV apart. Operators switch between manual and autonomous modes instantly. This flexibility eases the transition to full automation. Training requirements stay minimal. Existing operators adapt quickly.
How Do Multi-Directional Forklifts Expand Our Tonnage Capabilities?
Multi-directional technology needed scaling up. Customers handled increasingly heavy long materials. Four-ton and eight-ton loads became common. Traditional solutions couldn’t meet these demands efficiently.
Our MQK40 and MQC80 models fill this gap completely. The MQK40 handles 4-ton loads with unprecedented maneuverability. The MQC80 breaks new ground as China’s first 8-ton multi-directional forklift.
(Multi-Directional Heavy Tonnage Capability)
The MQK40 features true three-wheel drive technology. This eliminates rear wheel power loss issues. Straight-line tracking improves dramatically. The steering redundancy algorithm delivers lightning-fast response.
Our revolutionary two-stage-vision mast design changes everything. The outer profile stays as narrow as conventional two-stage masts. Operators get 360-degree unobstructed views. This innovation leads the global industry.
The MQC80 represents our most ambitious engineering project. Eight-ton multi-directional capability never existed before. We designed every component from scratch. The chain-driven reach mechanism handles extreme loads.
Four-wheel independent steering control enables true omnidirectional movement. Twenty-meter long materials move through tight spaces. Side-loading aisles become much narrower. Productivity gains reach impressive levels.
The 80V/840Ah lithium battery system sustains 8-hour operations. Full AC brushless motors deliver consistent power. Modular architecture simplifies maintenance dramatically. AGV conversion becomes straightforward when needed.
What Improvements Did We Make to Our Reach Truck Series?
Reach trucks faced evolving international market demands. Export customers requested specific ergonomic improvements. Steering sensitivity needed enhancement. Visibility requirements grew more stringent.
Our 2MFZ series underwent comprehensive upgrades based on global feedback. Every model received targeted improvements for specific market segments.
(Reach Truck Series Global Upgrades)
The 2MFZ16L introduces dedicated lithium battery optimization. The 80V system delivers superior performance. Lifting efficiency increases noticeably. Operating visibility improves through ergonomic upgrades.
Human engineering improvements appear throughout the series. Steering sensitivity matches international standards. Operator comfort increases during extended shifts. The integrated handle and thumb switch reduce fatigue.
The narrow mast design enhances central visibility significantly. Free-lift cylinders move to offset positions. High-level stacking becomes safer and more precise. Fork cameras with laser positioning eliminate guesswork.
Different variants serve specific market needs precisely. The 2MFZ16/20S offers cost-effective solutions for price-sensitive markets. The 2MFZ16/20M targets premium international customers. The 2MFZ16/20H provides extended battery capacity.
Manufacturing efficiency improved through modular design principles. One iron pallet cannot accommodate two welded masts anymore. This change reduces packaging costs. Shipping efficiency increases for international orders.
How Are We Advancing Heavy-Duty Pallet Stackers Through Customization?
Custom solutions became increasingly important in 2025. Standard products couldn’t meet specialized heavy-duty requirements. Customers needed precise adaptations for unique applications.
Our TM120 represents the pinnacle of customization capability. This 12-ton pallet stacker handles the most demanding applications. Heavy mold transportation becomes routine.
(Heavy-Duty Custom Pallet Stacker)
The dual hydraulic motor drive system provides exceptional power coordination. Twelve-ton loads move smoothly without power hesitation. The 2.5-meter lift height accommodates various heavy-duty scenarios.
Modular platform design adapts to different mold shapes and sizes. Mold changeover efficiency improves dramatically. Wireless remote control enables safe operation from optimal viewing positions. Precision positioning reaches millimeter-level accuracy.
Our customization process starts with deep customer consultation. Sales engineers investigate specific working conditions thoroughly. We examine workspace dimensions, cargo types, and operation frequencies. Technical solutions emerge from this detailed analysis.
The modular design philosophy accelerates customization timelines. Vehicle systems, lifting systems, and drive systems operate as independent modules. Engineers recombine modules quickly for different requirements. Design cycles shorten significantly.
Quality control extends through every manufacturing stage. Raw material procurement follows strict standards. Component processing meets precise specifications. Final assembly undergoes comprehensive testing. Emergency delivery schedules accommodate urgent customer needs.
Professional support continues throughout project implementation. Installation, commissioning, and operator training receive dedicated attention. Every custom solution achieves maximum operational efficiency quickly.
Conclusion
These five changes position MiMA for continued leadership in 2026. Automation and intelligence drive our development direction. We keep exploring new possibilities for material handling excellence.
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