| Common Machine Categories | Four-column, C-frame, H-frame, and specialized hydraulic presses | Confirm whether the machine is intended for forming, stamping, bending, straightening, compression, or assembly work | The press structure and tooling interface should match the production process |
| Nominal Press Capacity | Common market configurations range from approximately 10 to 2,000 tonnes | Select capacity from the required forming force, material properties, tooling design, and safety margin | Higher capacity normally increases machine size, shipping weight, installation requirements, and total cost |
| Working Table Size | Frequently customized; compact machines may use tables below 500 × 500 mm, while large presses may exceed 2,000 × 1,500 mm | Check usable table area, T-slots, bolster plate, die mounting holes, and allowable load distribution | The table must accommodate the die footprint and provide safe access for loading and unloading |
| Maximum Stroke | Often approximately 100–800 mm, depending on the press design and application | Verify the required travel, shut height, return position, and clearance for tooling | Insufficient stroke or clearance can prevent the selected die from operating correctly |
| Operating Speed | Approach, pressing, and return speeds are usually specified separately; typical pressing speeds are lower than approach and return speeds | Request a cycle-time calculation based on the actual material, stroke, pressure, and production sequence | Cycle time affects production output, energy consumption, and hydraulic-oil temperature |
| Hydraulic System | Typically includes a hydraulic pump, oil tank, valves, cylinders, pressure-control components, and filtration | Check working pressure, pump type, filtration grade, oil capacity, leakage prevention, and replacement-part availability | Standardized hydraulic components can simplify maintenance and reduce downtime |
| Electrical Requirements | Industrial power commonly uses three-phase systems; voltage and frequency vary by destination country | Confirm local voltage, frequency, phase configuration, main breaker rating, control voltage, and plug or terminal requirements | Incorrect electrical configuration may require modification before commissioning |
| Control and Safety Features | Common options include two-hand controls, emergency stop, pressure protection, limit switches, guarding, and programmable controls | Review the risk assessment, guarding design, safety circuit, operating modes, and applicable destination-country requirements | Safety compliance must be evaluated for the complete machine, tooling, and workplace installation |
| Customization Scope | Possible customizations include capacity, table size, stroke, daylight, tooling, ejectors, PLC functions, guarding, and automation interfaces | Obtain a signed technical specification and drawing before production | A detailed specification reduces disputes about configuration and acceptance criteria |
| Quotation Information | A complete quotation should identify machine configuration, accessories, tooling, packing, documentation, delivery terms, and payment terms | Compare equivalent specifications rather than comparing machine prices alone | Exclusions such as tooling, installation, taxes, freight, or commissioning can materially change the landed cost |
| International Trade Terms | Common Incoterms® 2020 options include EXW, FOB, CFR, CIF, FCA, CPT, CIP, DAP, and DDP, subject to suitability and agreement | Confirm the named place, transfer of risk, freight responsibility, insurance, customs clearance, and import taxes | The selected term determines which party manages key logistics and import obligations |
| Export Packing | Typical protection may include corrosion prevention, moisture protection, shock-resistant blocking, steel or wooden support, and export markings | Confirm packing dimensions, gross weight, lifting points, center of gravity, and whether wood packaging complies with ISPM 15 where required | Accurate packing data is necessary for freight booking, handling, and customs documentation |
| Shipping Method | Sea freight is common for heavy machinery; air freight or courier service is generally more suitable for documents and small spare parts | Check container suitability, out-of-gauge status, port handling, inland transport, and destination delivery requirements | Machine dimensions and weight directly affect route selection and freight cost |
| Core Shipping Documents | Usually includes a commercial invoice, packing list, transport document, and applicable export or origin documents | Confirm the consignee, HS classification, declared value, serial numbers, country-of-origin information, and destination customs requirements | Complete and consistent documents help prevent customs delays |
| Pre-Shipment Inspection | May include visual inspection, dimensional verification, no-load operation, pressure testing, electrical checks, and a customer-approved acceptance test | Define inspection procedures, test materials, tolerances, documentation, and responsibility for third-party inspection costs | Agreed acceptance criteria provide objective evidence before shipment |
| Documentation Package | Should normally include an operation manual, maintenance instructions, hydraulic and electrical diagrams, spare-parts list, and applicable test records | Request documentation in a language understood by operators and maintenance personnel | Clear documentation supports safe operation, troubleshooting, and staff training |
| Installation Requirements | May require a suitable foundation, lifting equipment, electrical connection, hydraulic oil, leveling, guarding, and operator training | Confirm floor loading, anchoring, access route, ceiling height, unloading equipment, and local inspection requirements | Site preparation should be completed before the machine arrives |
| Warranty Conditions | Warranty duration and scope vary by contract; coverage commonly distinguishes manufacturing defects from wear, misuse, and consumables | Confirm start date, covered parts, labor and freight responsibility, exclusions, claim evidence, and response procedure | Written warranty terms are more reliable than general promotional statements |
| Spare Parts Support | Recommended critical spares may include seals, filters, hoses, switches, valves, electrical components, and tooling-related wear parts | Request part numbers, technical specifications, interchangeability information, prices, and expected dispatch times | A spare-parts plan helps reduce production interruptions |
| Remote Technical Support | Support may be provided through manuals, photographs, videos, email, messaging, or remote troubleshooting sessions | Establish the communication channel, service hours, response target, language, and escalation process | Defined support procedures are important when local service resources are limited |
| Total Cost of Ownership | Includes purchase price, tooling, packing, freight, insurance, duties, taxes, installation, hydraulic oil, maintenance, energy, and spare parts | Request a landed-cost estimate for the specific destination and operating conditions | The lowest purchase price may not represent the lowest long-term operating cost |
