Qualify
Sort by species, diameter, length, temperature and visible damage; reject pieces outside the validated window.
Twin clamping belts · centered split
JGJ-360 Livestock Foot Splitting Bone Saw
A purpose-built stainless-steel machine for splitting compatible cow, sheep and pig feet. Two blue food-grade belts grip and guide the product through a single vertical band blade for safer, more repeatable presentation than unsupported manual feeding.
100 mm max inlet150 mm max cut height23 m/s blade speed
Dedicated hoof-splitting geometry
Clamp an irregular product before it meets the blade
Livestock feet are tapered, jointed and difficult to support on a flat table. The JGJ-360 addresses that presentation problem with opposing conveyor belts that clamp the product and carry it toward the centered saw blade. The belt width can be adjusted to suit hoof diameter, while the published clamping height is 85 mm.
This is a specialized lengthwise splitting machine, not a universal frozen-block saw. Product species, hoof diameter, length, bone maturity, temperature and required split line determine whether the belts can hold the piece consistently. Representative samples should be tested before the configuration is approved.
JGJ-360published model
85 mmbelt clamping height
2.95 kWcutting plus conveyor motors
220 kgmachine weight
Process sequence
Center, clamp, split and verify
Set the belts
With the machine isolated, set clamping width and inspect belt condition, guards, tension and blade alignment.
Present consistently
Orient each foot to the approved split line and let the belts control travel through the protected cutting zone.
Inspect both halves
Check split symmetry, fragments, cut-face quality, retained material and accepted pieces per hour.
Construction and protection
Guarded feed with rapid motor braking
- Thickened stainless-steel plate is specified for the frame, structure and enclosure.
- Moving components are covered by stainless-steel protective guards.
- An improved blade-tension adjustment system supports stable tracking.
- Italian Lame blades are specified for sustained sharpness and clean cutting.
- Tensioning conveyor belts support controlled, accurate product feeding.
- The metal start switch has an indicator; the control system uses 24 VDC safety voltage.
- The supplier claims the motor brake stops the blade in 0.5 seconds after stop command or guard opening.
The 0.5-second value is an official claim that must be measured on the supplied machine under a defined test method. Confirm guard interlock architecture, stop category and restart prevention for the destination market.
Verified official schedule
JGJ-360 technical specifications
| Model | JGJ-360 |
|---|---|
| Workbench size | 1400 × 800 mm |
| Maximum cutting height | 150 mm |
| Maximum feeding-inlet width | 100 mm |
| Conveyor clamping height | 85 mm |
| Saw-blade linear speed | 23 m/s |
| Cutting motor | 2.2 kW |
| Conveyor motor | 0.75 kW |
| Blade specification | 2490 × 15 mm, 4T |
| Machine weight | 220 kg |
| Overall dimensions | 1400 × 800 × 1735 mm |
Clarify product envelope versus machine dimensions. The workbench and overall length/width share the published 1400 × 800 mm footprint. Confirm infeed and discharge clearances, operator position, service access and actual connection points on an approved general arrangement.
Exact official video
Review belt clamping and centered blade presentation
The verified JGJ-360 footage is placed after the process and data sections so engineering teams can evaluate what the mechanism demonstrates—and what still requires a product trial.
JGJ-360 twin-belt splitting operation
What to watch during validation
Observe how the product is oriented at loading, where the belts first establish grip and whether the center line remains stable as diameter changes. Check whether discharge allows both halves to clear without rebounding or contacting the blade.
Video is useful evidence of machine architecture, but it does not prove throughput, yield or accuracy for a buyer's product. A witnessed trial should include smallest and largest feet, the coldest operating condition and normal upstream variability.
Cut quality and yield
Judge the result on both halves—not only the cut line
Split symmetry
Measure left/right mass and the blade path through joints to quantify centering performance.
Bone fragments
Inspect both cut faces and downstream collection for chips, splinters and loose hard particles.
Kerf loss
Weigh incoming product, accepted halves, trim and saw residue to calculate actual saleable yield.
Belt marking
Confirm clamping force controls orientation without crushing, slipping or unacceptable surface damage.
Blade tension, tooth condition, belt pressure, feed speed, bone density and temperature all influence the cut. Trend deviations by species and size class. If the split repeatedly shifts at one diameter, the remedy may be belt setup or product sorting rather than increased operator pressure.
Hygienic operation
Design cleaning around belts, guards and the lower wheel area
Bone dust and tissue can collect around the blade slot, belt profiles, tensioning points, guides and lower cabinet. The sanitation procedure should isolate energy, verify blade stop, release belt tension as approved, remove accessible guards and collect solids before rinsing. Chemical compatibility, spray pressure and ingress rating are not published on the exact product page and must be confirmed.
During sanitation acceptance, disassemble the offered cleanable parts, time the procedure and inspect with adequate lighting. Pay particular attention to hollow profiles, fasteners, belt return paths and drainability. After reassembly, confirm belt tracking, guard interlocks and blade alignment before releasing the machine.
Safety boundary
Mechanical feeding reduces handling risk but does not eliminate it
The belts reduce the need to hold an irregular piece at the blade, yet loading, jams, broken blades, cleaning and maintenance remain hazardous tasks. Define minimum product length, approved loading tools, exclusion zones and a locked-out jam-removal method. Test every stop control and guard switch.
Request the risk assessment, electrical diagram and safety-component list for the quoted machine. Compliance claims must relate to the supplied serial configuration. The factory and integrator remain responsible for upstream guarding, floor conditions, operator training and local regulatory review.
Factory acceptance test
Use real feet across the full processing window
Define the FAT batch by species, count, diameter range, length range, incoming temperature and preparation method. Record accepted pieces per hour, split symmetry, incomplete cuts, fragments, belt slips, stops, blade changes and operator interventions. Run long enough to evaluate belt tracking, blade heating, motor current and residue accumulation.
Witness normal stop, emergency stop, guard-opening stop and power-restoration behavior. Measure blade stopping time rather than relying on a statement. Complete a full cleaning demonstration, inspect hidden surfaces and verify repeatable setup afterward. Agree acceptance limits and retest rules before the machine is dispatched.
Buyer questions
JGJ-360 Foot Splitting Saw FAQ
Which products is the JGJ-360 designed to split?
The exact official page specifies cow, sheep and pig feet. Other products require separate validation and should not be assumed from the blade size alone.
What is the maximum inlet width?
The published maximum feeding-inlet width is 100 mm, with an 85 mm conveyor clamping height. Confirm the full accepted geometry using representative samples.
Does the blade really stop in 0.5 seconds?
HELPER publishes a 0.5-second stop after the stop button is pressed or the protective cover is opened. Treat this as a claim to verify during FAT on the supplied machine.
Is the embedded video specific to this model?
Yes. The exact HELPER page exposes video ID aplDIKdBc7M. No footage from the four-blade or general manual bone saw is substituted.
Validate diameter and split line
Request a product trialSend representative livestock-foot dimensions
Receive a JGJ-360 review covering belt setup, product trials, guarding, sanitation, utilities and acceptance criteria.
Application fit
Applications for JGJ-360 Livestock Foot Splitting Bone Saw
Best suited to centered splitting of livestock feet and other qualified irregular bone-in products that can be clamped and presented repeatably. Final suitability should be confirmed with representative product trials and the agreed acceptance criteria.