Grid-Belt Pork Deboning Conveyor

For line designers, the Grid‑Belt Pork Deboning Conveyor provides a downstream pork cutting or deboning station that organizes product while operators or blades make the required cuts. Its value depends on the hand‑off before and after the machine, so the rail, floor level and controls should be reviewed together. The HT listing supplies reference data for the offered arrangement; those figures are reproduced below for comparison. For export quotations, confirm voltage, materials, guarding, spare parts and documentation before the purchase order is released.

Product Overview

Working Principle

Carcass sections or primals are supported and presented at a controlled working height. A saw, knife station or multi‑level conveyor separates cuts and routes meat, bone and trim to their designated outlets. Cleaning access and safe isolation are part of the operating principle, not optional extras.

Main Features

Orderly separation of meat, bone and trim
Working height suited to operators
Food‑contact surfaces designed for cleaning
Belt or table width matched to product
Safe tool and blade positions
Interfaces to packing and crate handling

Technical Specifications

Parameter	Reference Value / Buyer Check
Model	HT‑P605‑I
Application	Which main used to convey pig carcass for boneless
Rated voltage/Phase/Frequency	380V/3P/50HZ
Power	0.75kw
Out size	6000720800mm(LWH)
Component and material	1） Stainless steel square tube frame (60402mm and 38252mm) 2） Polyoxymethylene module network belt 3） Stainless steel driving shafts and roller 4） Frequency control
Quotation control	Define the cutting pattern, pieces per hour, product temperature, belt width, operator count, waste routes, tool sterilization and pack‑out format.

Reference configuration transcribed and normalized from the cited HT product page; confirm the final quotation and approved drawing.

Application

The usual application is pork primal cutting, deboning, trimming and packing rooms. It can be specified for a new line or adapted to a retrofit, provided that the existing supports, working heights, utilities and control signals are measured on site. Plants handling several pig sizes should state the full range rather than quoting only an average.

Application Case

Illustrative reference case-A regional pork processor planning for 300 pigs per hour places the grid‑belt pork deboning conveyor between the relevant upstream and downstream stations. Before fabrication, the project team freezes the interface drawing, utility points and operator access. The acceptance check covers dry running, representative‑load operation, emergency stops, cleaning access and a spare‑parts handover.

Advantages

1. Fits into a defined process stage, which makes line balancing and internal linking easier.
2. Project‑specific dimensions reduce awkward field modifications at installation.
3. Service points and replaceable wear parts can be agreed before shipment.
4. Hygiene and drainage requirements can be reviewed with the equipment layout.
5. Reference source data remains visible instead of being converted into unsupported marketing claims.

Grid-Belt Pork Deboning Conveyor FAQ

What information is needed to quote the Grid-Belt Pork Deboning Conveyor?

Define the cutting pattern, pieces per hour, product temperature, belt width, operator count, waste routes, tool sterilization and pack-out format.

Can it be connected to an existing slaughter line?

Usually yes, but a retrofit needs measured drawings. Share the rail or conveyor interface, floor levels, travel direction, available space, utilities and current control method before engineering starts.

Which spare parts should be ordered with the machine?

Start with the normal wear and hygiene parts for this duty: bearings, seals, sensors, chains or belts, nozzles, blades, scrapers, pneumatic parts and electrical protection devices as applicable. The supplier should issue a model-specific list.

Are the published technical figures final?

No. The table records reference information from the citedHTpage. Capacity, power, dimensions, material grade and utilities must be confirmed on the quotation and approved drawing.

How should the equipment be accepted after installation?

Use a documented site-acceptance test covering alignment, guards, emergency stops, interlocks, dry running, representative load, cleaning access, leakage or drainage, operator training and delivery of manuals and spares.