Why Finding the Right Hobart Mixer Parts Shouldn’t Be This Hard

December 30, 2025 0 Comments 0 tags

Understanding Hobart’s Parts Ecosystem

Hobart makes commercial kitchen equipment built to last decades, but nothing runs forever without maintenance. Their planetary mixers—from 5-quart countertop models to 140-quart floor units—use similar component designs across product lines. This standardization means parts availability stays good even for older machines, assuming you’re buying from suppliers who actually stock genuine components.

The challenge comes from Hobart’s acquisition history. Hobart was purchased by ITW (Illinois Tool Works) years ago, and some parts now carry different branding or part numbers than older service manuals show. Hobart parts suppliers who’ve been in business for years understand these changes and can cross-reference old numbers to current inventory.

Generic aftermarket parts flood the market too. These work fine for some components like bowls and beaters, but critical parts like gears, bearings, and motor assemblies need to meet original specifications. A planetary gear that’s slightly off-spec will cause premature wear on other transmission components.

The Most Common Parts That Fail

Beaters and attachments wear out from regular use, but they’re easy to replace. The real problems start deeper in the machine. Planetary gear assemblies take constant stress from mixing heavy dough or thick batters. You’ll know the gears are going when you hear grinding noises or notice the beater speed becoming inconsistent.

Grease seals fail more often than people expect. These small rubber rings keep lubricant in the gear housing and prevent contamination. When they crack or dry out, grease leaks onto your product or water gets into the transmission. Either scenario means downtime and potential food safety issues.

Motor parts rarely fail outright, but switches, capacitors, and wiring connections do wear out. A mixer that won’t start or runs at wrong speeds usually has an electrical component problem rather than a burned-out motor. These parts cost much less than a new motor, but you need the right ones for your specific model and voltage.

Why Source Matters as Much as Price

Buying replacement parts for hobart mixer equipment from random online sellers creates problems. You might get parts that look right but don’t fit properly. Or you receive genuine parts that work but have been sitting in a warehouse so long the rubber components have degraded.

Established parts suppliers maintain relationships with manufacturers and stock fresh inventory that moves regularly. They can tell you if a part supersedes an older version or if a modification kit exists that solves a known problem with your model. Generic online marketplaces can’t provide this kind of technical support.

Documentation matters too. Genuine parts come with proper paperwork showing lot numbers and manufacturing dates. This becomes crucial if you’re running a commercial kitchen that needs to maintain service records for health inspections or insurance purposes.

The National Band Saw Connection

National Band Saw started as a manufacturer and evolved into a major industrial parts supplier. Their history in machine tools gave them expertise in sourcing components for heavy-duty equipment across industries. When they expanded into commercial kitchen parts, they brought that same focus on quality and accurate specifications.

Working with a national band saw company for your Hobart parts might seem odd at first, but it makes sense when you consider their supply chain advantages. They understand industrial equipment tolerances, maintain relationships with OEM parts sources, and stock inventory deep enough to serve both immediate needs and planned maintenance schedules.

Their technical staff can walk you through parts identification using your mixer’s model and serial numbers. This beats trying to match parts by looking at pictures on generic parts websites, where one photo serves ten different variations of a component.

Preventive Replacement Strategies

Don’t wait for complete failure to order parts. Keep common wear items on hand—beater attachments, grease seals, and bowl gaskets. These let you handle routine maintenance during scheduled downtime rather than emergency repairs when you’re mid-production.

Create a maintenance log that tracks when parts were last replaced. Planetary gears typically need replacement every 5-7 years in heavy-use settings. Motor brushes last longer but should be inspected annually. Having this information lets you order parts proactively rather than reactively.

Build a relationship with your parts supplier. When they know your equipment and usage patterns, they can flag potential issues before they become problems. They might notice you’re ordering grease more frequently than normal—a sign that seals are failing and leaking lubricant.

For more information: hobart coffee grinder parts

Why Wheel Size Makes or Breaks Your Band Saw Performance

December 30, 2025 0 Comments 0 tags

The Physics Behind Wheel Diameter

Larger wheels do more than just accommodate wider cuts. Every time your blade completes a circuit around the wheels, it flexes through two complete bends. On smaller wheels, this creates tighter curves that stress the metal more with each rotation. The fatigue adds up quickly, especially with thicker blades.

A blade running on 14-inch wheels flexes through a much sharper radius than the same blade on larger wheels. This explains why industrial resaws and sawmills typically run 19 inch bandsaw wheels or bigger—they need blades to last through extended production runs. The gentler curve reduces metal fatigue and lets you run wider, more aggressive blades without constant breakage.

Speed relationships change with wheel size too. If you want to increase blade speed without changing motor RPM, larger wheels do the job. The circumference difference means each wheel rotation moves the blade further. This matters when you’re cutting different materials that need specific blade speeds for clean results.

Common Size Categories and Their Uses

Most home shop band saws cluster around 14 inches. These machines balance price, power requirements, and capability reasonably well for furniture work and general woodworking. They handle blades up to 3/4-inch wide and provide enough resaw capacity for most projects.

Professional cabinet shops often step up to 18 or 20-inch machines. The extra throat depth lets you resaw wider boards, and the larger band saw wheels reduce blade fatigue when running thick resaw blades all day. These saws typically have more robust frames and more powerful motors to match their capabilities.

Sawmill and industrial equipment goes bigger still. Wheels over 24 inches aren’t uncommon in production environments where blade longevity directly affects profitability. The initial cost looks steep, but blade costs drop significantly when you’re processing thousands of board feet monthly.

What Changes When You Upgrade

Replacing worn wheels with larger diameter ones isn’t usually possible—the saw frame determines maximum wheel size. But when you’re buying a new saw or deciding whether to repair an old one, wheel size should factor into your decision more than most people realize.

Larger wheels let you tension blades properly without overstressing them. A 1/2-inch resaw blade that struggles on 14-inch wheels runs smoothly on 18-inch wheels at the same tension. You get straighter cuts with less drift, and blades last noticeably longer.

The improved performance comes with tradeoffs. Bigger wheels mean heavier saws that need more floor space. The bandsaw pulley wheels and drive system have to move more mass, requiring larger motors. Power consumption increases, though not dramatically for most shop applications.

Matching Wheels to Your Actual Work

Think honestly about what you cut most often. If you’re making boxes and small furniture, 14-inch wheels handle everything you need. The saw costs less to buy and maintain, uses less power, and takes up less space. Bigger isn’t always better when the capacity goes unused.

Frequent resawing shifts the equation. Cutting 10-inch-wide boards into thinner stock stresses smaller saws. The blade has to be tensioned heavily to prevent drift, which accelerates wheel bearing wear and tire degradation. A saw with larger wheels handles the same work with less strain on all components.

Production volume matters as much as project size. Running a saw eight hours daily puts different demands on wheels than weekend hobby use. The cumulative blade flexing cycles add up fast in professional settings. Larger wheels reduce per-cycle stress, extending both blade and wheel life proportionally.

Maintenance Considerations by Size

Smaller wheels require more frequent tire replacement. The tighter radius puts more stress on the rubber or urethane coating, causing it to crack and separate sooner. Plan on replacing tires every few years with regular use on 14-inch wheels.

Larger wheels cost more to maintain when problems occur, but issues arise less frequently. A set of replacement wheels for a 20-inch saw might run three times what 14-inch wheels cost, but they’ll last proportionally longer under similar conditions. The bearings also handle loads better with less frequent failure.

Balancing becomes more critical as wheel size increases. A slight imbalance that barely affects a 12-inch wheel creates noticeable vibration on an 18-inch wheel because of the increased mass and rotational speed. Professional wheel balancing sometimes makes sense for larger saws, though it’s rarely necessary on smaller machines.

For more information: bandsaw wheels for sawmill