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Wheel balancers

Wheel balancers

A balancer earns its money in seconds per wheel and in comebacks avoided. The range is built on two families — XP-560 and XP-570 — sharing an 8-second cycle, 200 rpm balancing speed and ±1 g precision, with the XP-513 as the family's heavy-duty car balancer.

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  • ±1 g precision
  • 8-second cycle
  • Rims 10–28 in
  • Full parameter tables
Generic illustration of a wheel balancer with its hood open and a car wheel mounted
Generic illustration of a wheel balancer with its hood open and a car wheel mounted
Fit check: a balancer is chosen by rim range and by how wheel data gets into it — measure your largest rim and your wheels per day, and the family narrows itself.

Two families, one balancing standard

The XP-560 family (XP-560A, 560B, 560C, 560D and 560E) and the XP-570 family (XP-570A through XP-570E) balance wheels up to 1,000 mm diameter on rims from 8 or 10 inches up to 26 or 28 inches depending on model, at ±1 g precision. The XP-577, XP-585 and XP-590E sit in the same class. Differences between models are rim range, rim-width range and cabinet — the balancing standard does not change. Start from the job you are searching: the tyre balancer page (XP-560B), the tire balancer machine page (XP-570A and XP-570B), and the wheel balancer machine page (XP-513).

The XP-513 is the family's heavyweight: wheels to 70 kg, a 150 rpm balancing speed and a 10-second cycle, for workshops whose car work includes heavy SUV and light-truck wheels. And the XP-500 wheel lifter — 120 kg capacity, lifting to 400 mm — belongs in the same conversation as the XP-300 on the changer side: balancers are fed by hand, and the lifter is what feeds them safely.

Balancer pages in this family

Generic illustration of a wheel balancer with its hood open and a car wheel mounted

Generic illustration of a wheel balancer with its hood open and a car wheel mounted

Tyre balancer

The XP-560B: rims 10–26 in, ±1 g precision, 8-second cycle — the XP-560 family's reference model.

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Generic illustration of a wheel balancer with its hood open and a car wheel mounted

Generic illustration of a wheel balancer with its hood open and a car wheel mounted

Tire balancer machine

The XP-570A and XP-570B: the wide-rim end of the car balancer range, widths to 20 inches.

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Generic illustration of a wheel balancer with its hood open and a car wheel mounted

Generic illustration of a wheel balancer with its hood open and a car wheel mounted

Wheel balancer machine

The XP-513: wheels to 70 kg at 150 rpm — the heavy-duty end of the car balancer range.

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The balancer family at a glance

Model groups share the balancing standard; rim ranges decide between them. Take the full tables from the detail pages.

ItemWhat it is / how it is handled
XP-560 familyXP-560A–E: rims 10–26 or 10–28 in, widths 1.5–18 in, wheels to 1,000 mm.
XP-570 familyXP-570A–E: the wider group, rim widths to 20 in on the A and B models.
XP-577 / 585 / 590ESame-class models at 10–28 in rims for workshops standardising on one cabinet.
XP-513Wheels to 70 kg at 150 rpm — the heavy-duty end of the car balancer range.
XP-500 wheel lifter120 kg lifter raising wheels 400 mm to the balancer shaft.

Checks before a balancer quote

  • Wheels per day at peak — cycle time is the balancer's real specification.
  • Largest rim diameter and wheel weight on your regular work.
  • Alloy share of your work, which decides how much adhesive-weight work matters.
  • Space for the hood swing and the wheel staging beside the machine.
  • Whether the balancer pairs with a changer purchase for one delivered bay.

Questions buyers ask about wheel balancers

What separates the XP-560 and XP-570 families?

Rim-width range and cabinet detail more than balancing ability: both run ±1 g at an 8-second cycle. The XP-570A and B take 20-inch rim widths against the 560 family's 18, which matters if wide aftermarket wheels are your regular work.

What accuracy should I expect?

±1 g is the published precision across both families, and balancing results in the real world are decided by mounting repeatability — a true-centred wheel on a clean shaft — more than by the display's last digit.

Do I still need a bubble balancer?

For static balancing of narrow wheels and as an emergency backup it still has a place; the comparison page argues where it ends and the computer machine begins.

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Compare both sides against your own work. Put your wheel sizes, vehicle weights and changeover counts side by side; ask for each side priced on its own written confirmation.

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