HOCHSTRATE Hydraulic Plate Shear for Straight Cuts

The HOCHSTRATE HYDRAULIC PLATE SHEAR is worth considering when straight-line cuts into sheet or plate strips and blanks recur in the workload. Its fit depends on matching the selected configuration to the material, cut length, edge requirements, and handling plan.

Where straight shearing fits

A hydraulic plate shear makes straight cuts suited to rectangular blanks and strips for later forming, rolling, punching, or welding. It is not a substitute for a process that must cut contours or make holes. Repeat cut lists may benefit from a motorized backgauge, but the quoted machine’s backgauge inclusion, travel, and control functions need confirmation.

The HOCHSTRATE plate-shear family is designated TS. Its configuration choices include backgauge, blade-gap and cutting-angle adjustments, blade options, and accessories for supporting or removing material. These choices can help align the machine with the work mix, but they do not establish what comes with a particular catalog configuration.

Match blade setup to the material mix

Blade choice and adjustment deserve attention when jobs vary by material or thickness. The TS-family brochure describes material-specific blade options, including choices for aluminum, copper, and stainless steel, as well as adjustable blade gap and cutting angle. Confirm the blade and adjustment options for the quoted machine and the actual material grade and thickness; use representative stock to assess the resulting edge against the job’s requirements.

Capacity is a separate decision. Family-level thickness and cutting-width ranges differ between the manufacturer’s product page and brochure, and neither should be treated as the rating of an unspecified machine. Confirm the exact quoted size, rated capacity for each intended material and thickness, and maximum straight-cut length before judging application fit.

Plan sheet support and part removal

Thin, large, flexible, or surface-sensitive sheets may need support suited to their size and surface. The TS-family options include hydraulic sheet support and different contact or lay-on arrangements. Conveyors, stacking, and chute options can also change where blanks accumulate and how material leaves the shear. Select support and discharge around the stock, finished-part sizes, scrap flow, and next operation rather than considering the cut in isolation.

Bring the cut list or prints, material grades and thicknesses, sheet sizes, required cut lengths, and edge-quality criteria into the configuration review. Include the expected job mix, positioning needs, removal method, available floor space, and material-handling clearances. Those details help distinguish useful options from features that do not address the actual production constraint.

Include safeguarding in the review

For U.S. installations, OSHA’s general machine-guarding rule identifies shears among machines that usually require point-of-operation guarding. Review the safeguards and operating method for the exact machine and installation against applicable requirements; a product description alone does not establish installation-specific compliance.

I’m Patrick O’Neill, Mac-Tech’s National Product Manager / Regional Sales Executive serving the U.S. market. My Mac-Tech shearing and plate-work role includes helping assess machine configuration against the application. Bring prints or a cut list, material grades and thicknesses, cut lengths, edge criteria, job mix, and your sheet-support and discharge plan so I can help evaluate whether this shear’s capacity and available options fit the work.