HSG Store Pro for Laser-to-Press-Brake Flow

HSG Store Pro can improve laser-to-press-brake flow when the shop chooses its finished-goods strategy around how the bending department consumes blanks. Store Pro automates raw-sheet storage, laser loading and unloading, and three documented finished-goods paths—tower return, pallet sorting, and optional sheet sorting—but its published scope does not establish press-brake programming, tooling control, bend sequencing, or a native press-brake CNC handshake.

That makes Store Pro an upstream material-flow system, not a robotic press-brake solution. It can help a Midwest sheet-metal fabricator keep the laser supplied and make finished blanks easier to stage, but the shop still has to define how jobs will be grouped, recognized, moved, and released to bending.

Choose the finished-goods path around the brake schedule

Store Pro’s three published output strategies solve different workflow problems.

• Return finished goods to the tower. Cut work returns to storage for later sorting. This approach is explicitly positioned for second- or third-shift cutting followed by daytime sorting. It can extend laser production beyond the primary staffed period, but it postpones the sorting and identification work rather than eliminating it.
• Sort by pallet. Pallet-level output can create a deliberate handoff when a nest, work order, material, or bend family should remain together. The result still depends on how the nest was built and how operators identify each pallet before it reaches the brake.
• Sort per sheet. This optional path needs a precise definition in the quotation. The published description does not establish whether it separates individual cut parts, complete sheets, or sheet-level jobs. A representative-nest demonstration should show exactly what the operator receives.

None of these choices, by itself, proves that parts are automatically sequenced for bending or delivered directly to a press brake. The useful question is which output format gives the bending department a recognizable and movable unit of work at the time it needs it.

What the tower changes on the laser side

Store Pro combines vertical storage with synchronized loading and unloading. That design targets less waiting for logistics labor around the laser and gives a shop a way to add material-flow automation without immediately purchasing a fully robotic press-brake cell.

Vertical storage is most useful when floor space is more constrained than available building height. HSG’s global Store Pro page lists a standard tower height of 5,100 mm, with modular extension available. HSG’s U.S. page displays a conflicting 14.4-ft value for the same height field, so the approved quotation, machine drawing, and site review should control the final clearance decision.

The Store Pro 3015 is listed for sheets up to 3,048 by 1,524 mm, or 10 by 5 ft, with a maximum sheet weight of 600 kg. The global product page also lists a maximum loading weight per pallet of 3,000 kg. Those figures define a starting envelope, not a substitute for checking the actual sheet mix, pallet loading pattern, floor conditions, aisle clearance, service access, and material-retrieval route.

Why bending capacity belongs in the decision

Laser automation can make cut work available faster than the press-brake department can consume it. In a MetalForming case report, load/unload automation and a material-storage tower extended laser production beyond the staffed shift; the operation later addressed a downstream bottleneck by adding robotic press-brake automation. That case does not predict a Store Pro result, but it shows why laser utilization should not be the only measure in the business case.

Store Pro does not replace bend programming, tooling selection, bend-sequence planning, changeover management, or the physical movement of blanks to the correct brake. The public Store Pro pages reviewed here also do not document a universal barcode, MES, job-traveler, or program-transfer connection. Any proposed interface should therefore be written into the system scope and demonstrated with the shop’s own jobs before acceptance.

The cut list should be examined alongside the brake schedule. If most nests contain parts that bend together, pallet or sheet-level output may support a clean release pattern. If nests commonly mix customers, materials, thicknesses, due dates, or unrelated bend sequences, the shop may still need a separate sorting and verification step before forming.

Where Store Pro 3015 fits best

The strongest fit is a sheet-metal operation with recurring blank families, a laser schedule that extends beyond normal staffing, or a need to store raw and finished material vertically. The system is also easier to justify when finished work can be grouped into meaningful pallets or sheet-level jobs instead of being mixed across many unrelated downstream orders.

High-mix work does not disqualify the system, but it increases the importance of the output strategy. A tower-return approach may make sense when sorting is intentionally batched during the day. Pallet sorting may fit a shop that releases work by order or bend family. Optional sheet sorting may help only if its actual separation and identification behavior match the shop’s nests and press-brake workflow.

Define bend-ready output before buying

Start with representative nests rather than a generic automation claim. Identify which blanks proceed to bending, which parts must remain together, and what information the operator needs before selecting a program or tooling setup. That information may include work order, material, thickness, quantity, customer priority, bend sequence, and intended press brake.

Then require the proposed configuration to demonstrate the physical and informational handoff. The test should use actual sheet sizes, materials, thicknesses, and job mixes. It should also show how the system handles interrupted jobs, full pallets, remnant decisions, alarm recovery, and any thin-sheet conditions that matter to the planned production. HSG’s ALG Pro page lists thin-sheet separation as an ALG Pro feature, but that should not be treated as universal proof of Store Pro performance without a Store Pro-specific demonstration.

The purchase review should measure more than laser hours. It should show whether the selected strategy preserves job grouping, whether operators can identify and move the finished work, how much manual sorting remains, and whether the press-brake department can consume the planned output without creating a new queue. That is the difference between automating laser loading and improving the complete cut-to-bend relationship.

I’m John Perry, Regional Sales Executive for Mac-Tech in Wisconsin, Michigan, Illinois, and the surrounding Midwest. I can help assess whether Store Pro’s storage and sorting strategy matches a shop’s cut-to-bend flow, including laser output, job identification, press-brake programs, tooling, and changeovers. Bring representative cut lists and nest examples, material and thickness ranges, shift schedules, current press-brake programs and tooling details, typical job grouping, and the proposed layout so I can help evaluate the fit and the work that remains between the laser and the brake.