Trial 1: Grinding and discharge
Follow the main minced-beef stream and the extended separation outlet, with close views of the collected product.
Open English trial 1 →GRINDING WITH FASCIA SEPARATIONJR-D160
Fresh & Frozen Meat Defascia Grinder
JR-D160 combines industrial meat grinding with a tendon-removal device. Its special knife and perforated plate separate fascia and bone residue from suitable meat, reducing manual trimming and preparing material for downstream processing.
Tendon-removal device33 kW304 stainless steel1475 × 1540 × 1970 mm
Beef test footage & cutting-set inspection
Inspect the beef material, plates and cutting set.
Watch this 42-second overview of the supplied JR-D160 test videos and close-up photographs. It follows the beef material, perforated plate and inspection of material retained on the cutting-set components after the test.
Knife and plate selection should match the incoming material and required ground texture. Review your own sample and configuration with HELPER.
Watch on YouTube →Defasciadedicated knife-and-plate set
Fresh & frozenconfirm material condition
304 stainlesssmooth, cleanable surfaces
33 kWpublished drive power
Grinding and fascia separation
Prepare meat with less manual fascia trimming
The listed defascia configuration is intended for slaughterhouses, meat-processing plants and central kitchens. It supports meat preparation for sausage and other minced-meat products.
Specify the incoming meat condition and the required particle size together with the fascia-separation cutting set. Block dimensions, fat level and connective tissue affect feed behavior and the accepted output.
01PrepareVerify size, temperature and removal of packaging or foreign matter.
02FeedLoad by controlled cart tipper or interlocked elevator.
03GrindTune feed and grinding speed for the contracted plate.
04TransferDischarge to mixing, chopping, forming or filling.
Defascia configuration
Special cutting set and protected operation
Tendon-removal device
A special knife-and-hole-plate design separates fascia and bone residue.
304 stainless steel
Smooth stainless construction supports corrosion resistance and cleaning.
Belt transmission
Belt-driven transmission and a precision-cast stainless worm are listed.
Protective cover
Cover guarding and an opening-monitoring switch are specified.
Made-in-China defascia listing
JR-D160 technical specifications
| Model | JR-D160 |
|---|---|
| Function | Meat grinding with tendon / fascia removal |
| Meat condition | Fresh / chilled and frozen; listed frozen-grinding reference: −12°C |
| Productivity — listing attributes | 2,000–3,000 kg/h |
| Productivity — listing parameter table | 3–7 t/h |
| Power | 33 kW |
| Electrical supply | 380 V / 50 Hz |
| Machine weight — parameter table | 1,800 kg |
| Overall dimensions | 1475 × 1540 × 1970 mm |
| Construction | 304 stainless steel |
The listing gives two productivity ranges. Agree throughput for the actual meat, temperature, plate and separation setting in the quotation. View the HELPER Made-in-China listing
Actual beef processing demonstrations
Watch beef grinding and fascia separation.
These two supplied machine-trial recordings show the JR-D160 defascia configuration processing beef. English narration and captions explain the main minced-meat outlet, the separate collection path and the sample views.
Trial 2: Separation and collection
Review the wider machine view, collection setup and the final ground-beef close-up.
Open English trial 2 →These recordings demonstrate the visible process for the supplied beef trial. They do not establish a measured hourly capacity, a verified fascia-removal percentage or the composition of every separated fraction. Agree product-specific performance and acceptance measurements with HELPER.
Official product views
Feed, controls and grinder-head configuration
Engineering and acceptance
Specify the defascia configuration before layout approval
Use one coherent machine specification for the offered configuration. State the knife and plate arrangement, separation outlet, feed opening, discharge height and service clearance. The defascia duty and accepted output should be demonstrated with representative material.
Upstream handling
Define block preparation, cart size, tipping height and interlocks. Use a pre-breaker or flaker when material cannot enter safely. Loading equipment must match the actual hopper and batch mass.
Downstream balance
Match the grinder to mixer, bowl cutter, emulsifier or forming capacity. Include buffer handling so it does not cycle against a full downstream stage.
Sanitation
Lock out energy before removing guards, plate, knife or augers. Validate access to both augers, hopper corners, seals, outlet and floor beneath the machine.
Performance test
Use representative meat and the contracted cutting set. Measure accepted kg/h, separated material, retained meat yield, residual fascia, particle distribution, temperature rise and cleaning time.
Buyer questions
JR-D160 defascia grinder FAQ
Does this JR-D160 include fascia removal?
Yes. This page describes the defascia configuration. Specify its dedicated cutting set and verify separation using your product.
Can it process frozen meat?
The listing describes frozen grinding at −12°C. Confirm block size, core temperature and the cutting set before the trial.
Which output range applies?
The source has conflicting productivity fields; use the signed performance schedule for the supplied machine.
What warranty and support are listed?
The stated warranty is 12 months after acceptance or 15 months after shipment, whichever comes first. On-site or remote training and spare-parts support are offered; agree final terms in the order.
Engineering selection guide
Specify JR-D160 Defascia Meat Grinder from the finished product backwards
A reliable quotation starts with the product and process target rather than a catalogue capacity alone. Provide incoming product temperature, block dimensions, cut geometry, blade configuration, loading method and downstream handling. Samples, drawings and representative raw materials allow the supplier to identify the working configuration and any limits that should appear in the signed specification.
Published capacity is a reference condition, not an unconditional guarantee for every recipe. Sustainable performance must be measured as accepted product after normal rejects and interruptions. The acceptance plan should record cut-size distribution, fines, smearing, product temperature rise, yield and accepted kilograms per hour. Agree the run duration, staffing, utility conditions and sampling frequency before the factory acceptance test so both parties evaluate the same result.
Factory integration
Confirm voltage and frequency, connected load, compressed air, water, drainage, exhaust or refrigeration where applicable. Check loading height, discharge direction, service clearance, floor loading and the real interface with upstream and downstream equipment.
Hygiene and changeover
Review blade access, trapped product, safe lockout, removable guards and sanitation verification. The sanitation method must suit the machine’s electrical protection and the factory’s documented food-safety program.
FAT and site acceptance
Use the intended material and product format. Record start-up loss, stable output, quality variation, alarms, downtime, cleaning time and changeover time. Repeat critical checks after installation with actual site utilities and trained operators.
Information for a proposal
Send product photos or samples, formula where relevant, target hourly output, shift pattern, pack or downstream format, factory layout and utility schedule. Mark mandatory requirements separately from optional future expansion.
Engineering request
Configure JR-D160 for your meat and fascia-removal target
Send meat type, temperature, block size, target particle size, fascia-removal requirement, output, voltage and layout.
Ready to discuss your project?
Use our single online inquiry form to send your product, capacity, utility and layout requirements.
Go to contact formApplication fit
Applications for JR-D160 Defascia Meat Grinder
For meat preparation with the specified fascia-separation cutting set before mixing, chopping, forming or filling. Confirm particle quality, separation yield and accepted output through a representative product trial.