Self-propelled Scissor Lift Platform

 

Model Number		MSL06	MSL08	MSL10	MSL12
Max platform height	mm	6000	8000	10000	11800
Max working height	mm	8000	10000	12000	13800
Load capacity	kg	300	300	300	300
Maximum height when closing (guardrail stands up)	mm	2150	2275	2400	2525
Maximum height when closing (guardrail removed)	mm	1190	1315	1440	1565
Total length	mm	2400	2400	2400	2400
Total width	mm	1150	1150	1150	1150
Platform size	mm	2270x1150	2270x1150	2270x1150	2270x1150
Extended platform Length	mm	900	900	900	900
Minimum ground clearance (closed state)	mm	110	110	110	110
Minimum ground clearance (lifting state)	mm	20	20	20	20
Wheelbase	mm	1850	1850	1850	1850
Minimum turning radius (inner wheel)	mm	0	0	0	0
Minimum turning radius (outer wheel)	mm	2100	2100	2100	2100
Machine moving speed (closed state)	km/h	3.5	3.5	3.5	3.5
Machine moving speed (lifting state)	km/h	0.8	0.8	0.8	0.8
Rise/fall speed	sec	70/80	70/80	70/80	70/80
Battery	V/Ah	4x6/210	4x6/210	4x6/210	4x6/210
charger	V/A	24/25	24/25	24/25	24/25
Maximum climbing ability	%	20	20	20	20
Working maximum allowable angle	/	2-3°	2-3°	2-3°	2-3°
Driven	/	Double front wheel
Hydraulic brake wheel	/	Double rear wheel
Wheel size	/	Φ381x127	Φ381x127	Φ381x127	Φ381x127
extended platform load capacity	kg	113	113	113	100
Net weight	kg	1900	2080	2490	2760

 

 

Surface Treatment Processes for Self-Propelled Scissor Lifts: Powder Coating and Electrocoating

Self-propelled mobile scissor lifts typically employ two metal surface treatment processes: powder coating and electrocoating (e-coating). Both protect the steel structure from corrosion and wear, but differ in appearance, durability, application methods, and cost.

 

 

Powder coating for self-propelled scissor lifts involves electrostatically spraying dry powder onto the metal surface, followed by baking at high temperatures to form a hard, thick coating. This process results in a thicker coating (60–120 μm) with strong impact resistance. The surface is smooth and glossy, offering excellent decorative effects. It is ideal for outdoor environments, resisting UV rays and fading. Furthermore, it is simple to apply, offers a wide range of colors, and is relatively inexpensive.

 

 

Electrocoating for self-propelled mobile scissor lifts involves immersing the metal components in an electrocoating tank. Under the influence of electric current, the coating forms a uniform, extremely fine, and corrosion-resistant film that can even penetrate into concealed areas.

This process results in a highly uniform coating, including internal cavities and welds. The coating thickness is typically 15–35 μm, thin yet with superior corrosion resistance, approaching automotive-grade protection standards.

It is the best choice for corrosion protection among common metal treatment processes.

 

 

Powder Coating – Lower cost, approximately 20-40% cheaper than electrophoresis, and simpler equipment, with lower labor and material costs.

Electrophoresis – Higher cost due to:

Requirement for large electrophoresis tanks

Strict pretreatment requirements

High energy consumption

Therefore, the price of electrophoresis versions of self-propelled scissor lifts is typically 1.2 to 1.5 times that of powder-coated versions. If a topcoat (powder or paint) is applied after electrophoresis, the total cost will increase further.

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