Motor power, flywheel line speed, cutting spacing and head turnover are useful purchasing indicators only when they are read against the same stone and bench plan.
Main motor power
The source treats main-motor power as an important influence on working efficiency. Power alone does not state how the machine feeds, controls the wire or behaves in the proposed stone.
Confirm the offered motor rating, electrical requirements and model identity, then discuss it with the intended diamond wire and cut size.
Main-flywheel linear speed
The archived article links higher flywheel line speed with faster cutting. That relationship is not unlimited: the page gives no stone-specific recommended range or test result.
Ask for the controllable range and the supplier's basis for selecting an operating point. Evaluate cut stability and wire behavior, not the maximum value alone.
Maximum cutting spacing
The source explains that moving quarry equipment can require labor and forklift support, while short repositioning may be handled through machine translation and turnover. A larger spacing can reduce some movement.
Compare the stated maximum with the actual bench geometry and the machine's supported travel. The figure should represent a usable layout, not an isolated brochure dimension.
Head turnover angle
The article notes that many machines have equal half-turn movement to each side. Verify the exact head range on the quoted model and whether it supports the project's horizontal, vertical or inclined cuts.
Machine placement, drilling access and wire route remain part of the decision even when the head can turn widely.
Build a comparable quotation sheet
Record all four indicators with stone type, target block, expected cut orientation, site power and included control functions. Add the supplied wire, rails or travel components and protection documentation. This lets buyers compare complete configurations rather than ranking machines by one maximum number.
