HC-95 bone cutting station guide for central kitchens: compare 2200W power, 450 mm cutting height, 280 mm throat, blade selection, floor layout, and FAT checks.
A central kitchen bone cutting station succeeds only when the saw, the operator, and the cutting surface share one coordinate system. Bone-in meat arrives in familiar forms: frozen pork loins and ribs, chilled beef quarters, lamb racks, whole chicken, fish frames. The HC-95 elevated table meat bone saw is built around a 2200W pure copper motor at 380V/50Hz, 1420 r/min spindle, 450 mm cutting height, 280 mm throat, on a 150 kg stainless steel frame with an 80 x 63 cm worktable. That combination sets the coordinate system this guide uses to plan a bone cutting station from infeed to discharge.
The saw's position depends on whether the meat arrives chilled or frozen, and whether the kitchen trims before or after cutting. Frozen blocks at -18°C need a different blade than tempered meat at -2 to 0°C. A central kitchen cutting 8 tonnes of bone-in pork per shift can run a single HC-95 with the line staged well; a slaughterhouse cutting 30 tonnes per day needs three or more stations. The first planning step is throughput, not the saw.
Map the Bone Cutting Station Inside a Central Kitchen Workflow
A bone cutting station is a work cell, not a single machine. The HC-95 sits between an infeed table, a trim station, a wash-and-sanitize bay, and a packaging line. The saw does one thing: it pulls a moving band blade through bone and meat at a controlled feed rate. Everything else — conveyor height, blade change table, offal bin, washdown hose reel — is specified around that action. The HC-95 takes 81 x 74 x 175 cm with the table mounted; infeed and discharge sides each need at least 80 cm of clearance, plus 1.5 m of access for blade change and sanitation.
Start With Throughput Targets Before Blade Geometry
Throughput is the first number to lock in, and the number buyers most often skip. A typical HC-95 station produces 60 to 90 kg of cut bone-in product per operator-hour on tempered pork loin, and 25 to 40 kg per operator-hour on frozen beef quarters. Those numbers drop further if the operator also does trim, deboning, or portioning.
Translate throughput into shifts, not hours. A kitchen that needs 4 tonnes of cut bone-in pork per day, running two 8-hour shifts with a 15-minute blade change at handover and a 30-minute mid-shift sanitation break, hits that target with three HC-95 stations. Two stations fall behind by midweek; four idle the last two hours of each shift. Treat throughput as a selection limit rather than a marketing feature.
Match the Saw to the Incoming Product Temperature
Bone-in product arrives in three temperature bands: chilled (0 to 4°C), tempered (-2 to 0°C), and frozen (-18°C or below). Each needs a different blade and feed rate.
- Chilled (0 to 4°C): fine-tooth scallop blade, 4 teeth per inch, at 0.5 to 0.8 m/min. The HC-95 motor at 1420 r/min handles this band with reserve torque. Blade change every 6 to 8 hours.
- Tempered (-2 to 0°C): coarse-tooth blade, 3 teeth per inch, at 0.3 to 0.5 m/min. Tempered bone cuts cleaner than fully frozen but generates more swarf. Blade change every 4 to 5 hours.
- Frozen (-18°C or below): hardened skip-tooth blade, 2 to 3 teeth per inch, at 0.2 to 0.3 m/min. The HC-95 at 2200W holds this band but draws higher current; check the supply circuit. Blade life drops to 2 to 3 hours.
Buyers who try to cut all three bands with one blade burn blades fast and produce ragged cuts. Treat blade selection as part of the station specification, not an afterthought.
Position the Saw Where the Operator, the Blade, and the Drain Align
The HC-95 weighs 150 kg with the table mounted. It needs a level floor with a floor drain within 1.5 m of the saw base. Position the saw so the operator stands on the infeed side, the discharge conveyor sits at 90° on the right, and the washdown hose reel is reachable without crossing the product flow. The 80 x 63 cm worktable gives the operator a staging surface for the next quarter. In practice, that staging surface is the bottleneck: if the operator walks more than 60 cm to set down a cut piece, the cycle slows. Keep the worktable clear except for the piece being cut.
Coordinate Power, Voltage, and Circuit Protection
The HC-95 ships in 380V/50Hz three-phase as standard. Some export markets need a 220-240V/50-60Hz single-phase variant. Confirm destination voltage and phase before the order, not at commissioning.
The 2200W motor draws roughly 6 A at 380V. Specify a dedicated circuit with a 16 A breaker, a contactor rated for inductive loads, and a thermal overload set to 7 A. The motor is pure copper and runs cool, but a frozen-band cut pushes current above rated for 2 to 4 seconds. An undersized breaker nuisance-trips; an oversized breaker lets the motor overheat before protection kicks in.
Compare the HC-95 to a Floor-Standing Station Saw
| Specification | HC-95 Elevated Table Saw | Floor-Standing Saw (typical) | What Buyers Should Check |
|---|---|---|---|
| Motor power | 2200W / 380V/50Hz | 1500 to 1800W | Continuous vs peak at frozen-band cuts. |
| Spindle speed | 1420 r/min | 1400 to 1450 r/min | Lower speed = cleaner cut on tempered bone. |
| Cutting height | 450 mm | 350 to 400 mm | Larger quarters need 450 mm. |
| Throat width | 280 mm | 200 to 250 mm | Wider throat = fewer re-positions per cut. |
| Frame weight | 150 kg stainless steel | 80 to 110 kg | Heavier frame = lower worktable vibration. |
| Worktable | 80 x 63 cm stainless steel | 60 x 50 cm or none | Larger table = faster cycle per operator. |
| Floor space | 81 x 74 x 175 cm | 60 x 60 x 160 cm | Match to available cell. |
Buyer Checklist
- Confirm throughput in kg per operator-hour for each product band.
- Confirm destination voltage and phase (380V/50Hz standard, 220-240V/50-60Hz optional).
- Specify worktable position, infeed height, and discharge direction on the floor plan.
- Specify the blade SKU for each temperature band and order two spare sets per band.
- Confirm floor load: 150 kg frame plus 30 kg dynamic load at full feed.
- Confirm sanitation supply temperature and pressure (typically 60°C, 10 bar hot wash).
- Confirm the FAT protocol in writing, including motor current limits.
- Ask for a sample cut video on the buyer's actual product before shipment.
Common Mistakes to Avoid
Ordering the saw before the floor plan is final is the most common mistake. The HC-95's 81 x 74 x 175 cm footprint looks compact on paper, but infeed and discharge clearances add another 1.5 m on each side. Buyers who order first and plan later rotate the saw 90° on the floor during commissioning, moving the operator out of the natural reach zone. Skipping the voltage confirmation is the second mistake: a buyer in a 220V single-phase market who orders the standard 380V three-phase saw receives a saw that will not run without a transformer. Confirm voltage twice — at inquiry and at order confirmation. Under-speccing the circuit breaker is the third mistake: a 10 A breaker nuisance-trips on every frozen-band cut, a 20 A breaker will not protect the motor from a stalled blade. Specify a 16 A breaker with a 7 A thermal overload.
FAQ
Q1: What is the difference between the HC-95 elevated table saw and a floor-standing band saw?
A: The HC-95 uses an 80 x 63 cm elevated worktable and a 150 kg stainless steel frame, so the operator cuts at standing height with a staging surface. A floor-standing band saw sits lower, has a smaller table or none, and is built for butcher shops rather than central kitchens. For a central kitchen cutting more than 4 tonnes per shift, the elevated table reduces operator fatigue and speeds the cycle.
Q2: Can the HC-95 cut frozen meat at -18°C continuously?
A: Yes, with limits. The 2200W motor at 1420 r/min holds a frozen band at 0.2 to 0.3 m/min, with a blade change every 2 to 3 hours. Continuous frozen cutting draws higher current; specify a 16 A breaker with a 7 A thermal overload. For plants running more than 6 hours of frozen cutting per day, plan a second saw or a tempered-thaw stage upstream.
Q3: What blade does the HC-95 use, and how often should blades be replaced?
A: Standard 1650 mm band saw blades with 2 to 4 teeth per inch depending on product temperature. Replace blades every 6 to 8 hours on chilled, every 4 to 5 hours on tempered, and every 2 to 3 hours on frozen. Keep two spare sets per temperature band on site at all times.
Q4: What voltage does the HC-95 need, and can it run on single-phase power?
A: 380V/50Hz three-phase as standard. A 220-240V/50-60Hz single-phase variant is available for export markets without three-phase supply. Confirm destination voltage at inquiry; a transformer retrofit after delivery costs more than the voltage surcharge at order.
Q5: How much floor space does a bone cutting station need around the HC-95?
A: Plan for the saw footprint (81 x 74 x 175 cm) plus 80 cm of infeed clearance, 80 cm of discharge clearance, and 1.5 m of access for blade change and sanitation. A single HC-95 station needs roughly 3 m x 3 m of clear floor, including the floor drain within 1.5 m of the saw base.
Q6: Does the HC-95 meet food contact and safety standards for export?
A: Food-contact surfaces should be confirmed against the selected model documentation; the reference machine is described as SUS 304. For an EU-bound machine, treat EN 12268:2014, Directive 2006/42/EC, the EC Declaration of Conformity, and Regulation (EC) 1935/2004 as a documentation set, then confirm any destination-market additions. Do not treat a CE mark alone as proof of every requirement.
Conclusion
A bone cutting station succeeds when the saw, the operator, and the floor plan are specified together. The HC-95, with its 2200W motor, 380V/50Hz supply, 1420 r/min spindle, 450 mm cutting height, 280 mm throat, and 150 kg stainless steel frame, sets the coordinate system. Map the throughput first, match the blade to the temperature band, position the saw on the floor plan, and commission against a written FAT before signing.
Price, MOQ, lead time, warranty, project scope, site survey terms, and FAT protocol are quote items that come down to a conversation. Send your throughput targets, voltage, product mix, and target market to start that conversation. Huayi Equipment builds the HC-95 and also manufactures matching conveyors, offal bins, and washdown stations for a complete bone cutting cell; final specifications should be confirmed against the selected model and supplier documentation.
Sources and References
- FAO. 2004. Good Practices for the Meat Industry. Rome: Food and Agriculture Organization of the United Nations.
- HSE. Food Processing Machinery. Safety, guarding, cleaning, and band-saw guidance. Health and Safety Executive, UK.
- FDA. 2024. 21 CFR Part 177 — Indirect Food Additives: Polymers and Part 179 — Irradiation in Food Production. Washington, DC.
- EN 12268:2014. Food Processing Machinery — Band Saws — Safety and Hygiene Requirements. European Committee for Standardization.
- GB 4806.9-2016. National Food Safety Standard — Metal Materials in Contact with Food. Standardization Administration of China.
Related Examples
- HC-95 Elevated Table Meat Bone Saw 2200W Stainless Steel Industrial — the 2200W / 380V station saw used as the reference machine in this guide.
- Heavy-Duty Meat Bone Saw 2200W 380V Stainless Steel — a floor-standing alternative for plants that prefer a low-table layout.
- Compact Meat Bone Saw 1500W Stainless Steel for Frozen Meat and Bones — a smaller 1500W unit for butcher shops and small central kitchens.
- Stainless Steel Feet Splitter Machine 2200W — a specialized saw for splitting feet and hooves in poultry and pork lines.
- Browse all meat bone saws from Huayi Equipment — full category with 11 saw models for chilled, tempered, and frozen bands.
- Smart Meat Cutting Robot — automated cutting cell for plants moving beyond manual bone saw stations.
- How to Choose a Meat Bone Saw for Frozen Meat, Fish, and Poultry — companion guide on blade selection.
Author: 苏涛；舜翔央厨、华艺智能