Clamping & Accessories
Universal Clamping Brackets, Lithium Battery Modules & Spares
Patented Two-Sided Clamps for rigid wheelchairs, Intermediate Connectors for swing-away wheelchairs, and UN38.3/MSDS certified quick-swap lithium battery packs.
Available Models in Clamping & Accessories
View Full Catalog (10 Models) →MIJO Modular UN38.3 Lithium Battery Packs (36V & 48V)
UN38.3 & MSDS Certified Quick-Swap Lithium-ion Battery Packs with Smart BMS for Handbikes
- Available in 36V 7.8Ah, 36V 13Ah, and 48V 12Ah configurations with premium A-grade 18650 / 21700 lithium cells.
- Intelligent Multi-Protection BMS protecting against over-charge, over-discharge, short-circuit, and thermal runaway.
Patented DockingAccessoryMIJO Universal Wheelchair Clamping Brackets (Two-Sided & Intermediate)
Patented Universal Docking Hardware for Fixed-Leg (Two-Sided) & Swing-Away (Intermediate) Wheelchairs
- Two standardized configurations: Two-Sided Clamps (for fixed frame legs) and Intermediate Central Connector (for swing-away footrests).
- Precision CNC machined from aviation-grade 6061-T6 forged aluminum alloy with hard-anodized corrosion resistance.
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Clamping & Accessories FAQ
Key technical considerations, compatibility parameters, and distributor procurement guidelines.
Q1What is the difference between Two-Sided Clamps and Intermediate Connectors?
Two-Sided Clamps mount directly onto rigid manual wheelchairs with fixed front frame tubes. Intermediate Connectors attach to the center crossbar or footrest linkage of folding and swing-away manual wheelchairs.
Q2Are replacement lithium batteries compatible across all Mijo MT handbike models?
Yes, our 36V 13Ah and 48V 15Ah lithium battery packs feature standardized quick-docking slide rails with anti-theft key locks, fully interchangeable across MT01 through MT08 handbikes.
Q3What is the dynamic load rating and structural testing standard for Mijo clamps?
All clamps are CNC machined from 6061-T6 aircraft aluminum and tested on a dynamic impact rig rated to 150 kg across 100,000 cycles with zero structural deformation.