Gravity Separator Sawtooth Wave Jig Machine Mineral Processing Equipment

It is a gravity-separation jigging machine that uses a sawtooth wave motion for stratifying particles by density. It's used for beneficiation and recovery of metallic and non-metallic minerals such as gold, lithium, tungsten, tin, iron, manganese, titanium, lead, chromium, sulfur, slag metals and tailings.

Key advantages are a small footprint, easy operation, energy efficiency, environmental friendliness and excellent performance on fine-grained minerals and recovery of alloy particles from various slags and tailings.

Models range from JT-0.57 up to JT5-2C with single or double jigging chambers and different chamber areas. Choose based on required processing capacity (1–33 t/h across models), maximum feed size, available floor space and desired single- or double-chamber configuration.

Processing capacities vary by model, roughly from 1 t/h for the smallest units up to about 33 t/h for larger models.

Maximum feed sizes depend on model: many models handle <15–20 mm, while some heavier-duty variants support up to <60 mm with automatic ore discharge on the sieve.

Available screen mesh openings range typically from 1 mm up to 10 mm (depending on model and application), making the equipment well suited for fine-grained mineral separation.

Water consumption depends on model and operating parameters and ranges approximately from 5 m³/h up to about 80 m³/h.

Adjustable parameters include diaphragm stroke (examples: 10–47 mm or other preset values), cycle frequency (commonly 60–156 cycles/min, some models 80–120), stroke ratio and feed flow to optimize separation performance.

Motors vary by model. Examples include YCT132-4, YCT100L-6, YCT32-4 and larger units using YCT160-4 or YCT200-4A, with motor power ranging from about 1.5 kW to 7.5 kW (single-drive) or paired motors for twin-power models.

Outer dimensions vary by model from roughly 1530×780×1550 mm up to about 4240×1990×2750 mm. Weights range from approximately 612 kg for small units to over 3,800 kg for large units.

It is suitable for a wide range of metallic and non-metallic minerals—gold, lithium, tungsten, tin, iron, manganese, titanium, lead, chromium, sulfur—as well as recovering alloy particles from manganese/chrome/stainless steel slags and treating mining tailings.

Routine maintenance includes inspecting diaphragms and screens, checking feed and water lines, lubricating bearings and gearboxes, and monitoring motor function. Keep spare diaphragms, screen media, bearings, drive belts/gears and basic electrical components on hand.

Provide a stable foundation sized for the model, adequate mains power for the specified motor(s), consistent water supply and proper feed conditioning (max particle size and consistent feed rate). Allow access for service and follow manufacturer commissioning guidance.

Yes. Models can be selected or configured (single vs. double chamber, stroke/cycle settings, screen aperture, motor options) to match feed characteristics, capacity targets and on-site conditions. Contact the manufacturer for custom engineering and integration.

Performance depends on ore characteristics, feed size distribution, operating settings and water regime. Conduct bench-scale tests or pilot trials to determine expected grade and recovery for your ore, and fine-tune diaphragm stroke, cycle and screen size for optimal results.