2026 Top Type CD-612B-4 Six-Sided Drill Price Guide
The 2026 Top Type CD-612B-4 Six-sided Drill Price Guide helps buyers evaluate costs before contacting suppliers. This machine is designed for drilling six-sided components with consistent positioning and repeatable production results. Its final price depends on configuration, drilling capacity, motor specifications, automation level, and included tooling.
Prices move quickly. Buyers should request written quotations from authorized manufacturers or established distributors. Compare the machine base price with freight, insurance, installation, training, spare parts, and applicable taxes. A quotation may look competitive until these additional costs appear. Ask whether the package includes drills, fixtures, control components, safety guards, and commissioning support. Small omissions can create expensive delays.
This guide focuses on practical purchasing decisions, not unsupported price promises. It considers recent supplier information, equipment specifications, ownership feedback, and common industrial buying practices. However, market conditions differ by country and production volume. Currency changes, steel costs, shipping schedules, and supplier capacity may affect the final amount. That limitation matters. A careful buyer should verify every figure against the latest quotation and machine documentation.
Users should also examine service response times and warranty terms. A lower purchase price may not represent better value when replacement parts are difficult to obtain. During evaluation, inspect sample workpieces, ask for cycle-time evidence, and confirm compatibility with existing power and floor-space requirements. One detail is often missed: operator training. The CD-612B-4 Six-sided Drill can support efficient production, but performance depends on correct setup, maintenance, and realistic workload planning. This guide provides a dependable starting point, while recognizing that each factory’s requirements remain different.
2026 Overview of the Type CD-612B-4 Six-Sided Drill
The Type CD-612B-4 six-sided drill is designed for multi-face panel processing, where drilling accuracy and reduced handling time matter. Its 2026 evaluation should focus on working dimensions, spindle configuration, drilling speed, tool compatibility, and automatic panel positioning. A low price means little if setup changes remain slow.
According to the International Federation of Robotics’ World Robotics 2024 report, 541,302 industrial robots were installed worldwide in 2023. Asia represented 73% of new installations. This supports continued investment in automated machining, including six-sided drilling systems. However, robotics data does not prove that every workshop needs maximum automation. Production volume, panel variety, operator skill, and maintenance access still shape the real return.
A practical Type CD-612B-4 price guide should separate machine cost from tooling, freight, installation, software, training, and service coverage. Request cycle-time tests using your own panels. Inspect hole depth, edge alignment, dust removal, and repeatability after several runs. Measure twice. That matters.
Industry purchasing reports often compare advertised prices, but specifications are not always equivalent. A machine with more spindles may require higher electrical capacity and more frequent maintenance. The estimate can be imperfect. Buyers should confirm tolerances, warranty terms, spare-part availability, and safety documentation before comparing 2026 quotations.
| Data Dimension | Reference Data | Notes and Purchasing Guidance |
|---|---|---|
| Equipment Category | Automatic six-sided CNC drilling machine | Designed for panel processing in cabinet, furniture, and interior-fit-out production. The six-sided concept generally covers the top, bottom, front, rear, left, and right faces of a panel. |
| Model Reference | CD-612B-4 | The model designation should be checked against the supplier’s technical sheet because suffixes may indicate spindle configuration, drilling capacity, or production-line arrangement. |
| Typical 2026 Purchase Price | US$35,000–US$75,000 | Indicative equipment-only range for a new six-sided panel drilling system. Final pricing varies with spindle count, automation level, electrical standards, software, tooling, inspection, and delivery terms. |
| Higher-Automation Configuration | US$75,000–US$130,000+ | Applicable when the package includes automatic loading and unloading, barcode or production-data integration, return conveyors, additional drilling groups, or linked production-line controls. |
| Used-Equipment Price Guide | US$15,000–US$55,000 | A broad reference range for used equipment. Condition, operating hours, maintenance records, control-system support, tooling, and transport can materially change the value. |
| Panel Materials | MDF, particleboard, plywood, and laminated furniture panels | The actual material range depends on the cutting tools, clamping method, feed system, and the manufacturer’s recommended processing limits. |
| Processing Directions | Six faces in one automated setup | Six-sided processing can reduce manual repositioning and improve hole-position consistency compared with repeated single-face operations. |
| Common Drilling Functions | Vertical holes, horizontal holes, dowel holes, and connector holes | Available functions depend on the spindle layout and tooling package. Confirm compatibility with cabinet connectors, shelf pins, hinges, and dowel systems before ordering. |
| Typical Workpiece Thickness | Approximately 10–60 mm | This is a common industry reference range for panel drilling equipment; the exact minimum and maximum thickness must be confirmed from the CD-612B-4 specification sheet. |
| Typical Workpiece Length | Approximately 250–3,000 mm | The usable range depends on the infeed design, clamping arrangement, drilling layout, and whether the machine is configured for individual panels or batch production. |
| Typical Workpiece Width | Approximately 100–1,200 mm | Confirm the effective working width, minimum panel size, and edge-clearance requirements before comparing quotations. |
| Spindle-Speed Reference | Approximately 4,000–18,000 rpm | Lower speeds are commonly used for some horizontal drilling operations, while higher speeds may be used for smaller-diameter tools. Actual values depend on spindle type and tooling. |
| Electrical Supply | Three-phase industrial power; commonly 380–415 V, 50 Hz | Voltage, frequency, phase arrangement, and control-cabinet requirements must be matched to the installation site. Regional electrical conversion may add cost. |
| Installed Power Reference | Approximately 15–35 kW | The range may include drilling motors, feed drives, vacuum or pneumatic systems, conveyors, and auxiliary equipment. Request the rated connected load for facility planning. |
| Compressed-Air Requirement | Approximately 0.6–0.8 MPa | Air demand varies by clamping, tool-changing, cleaning, and panel-handling functions. The site compressor should be sized using the supplier’s flow-rate specification. |
| Control and Data Input | CNC control with production-file or cabinet-design data input | Check supported file formats, barcode options, network connectivity, remote diagnostics, and whether software licenses or updates are included in the quoted price. |
| Productivity Reference | Approximately 180–450 panels per 8-hour shift | This is a planning estimate only. Actual output depends on panel size, hole count, drilling pattern, loading method, tool changes, operator workflow, and machine utilization. |
| Tooling and Consumables | Carbide drills, boring tools, collets, and wear components | Tooling is often priced separately. A quotation should identify the included tool set, spare-tool allowance, sharpening requirements, and replacement lead times. |
| Typical Delivery Lead Time | Approximately 8–20 weeks | Lead time depends on machine configuration, customization, production scheduling, inspection, export documentation, and shipping arrangements. |
| Installation and Training Budget | US$2,000–US$10,000 | Budget may cover commissioning, operator training, software setup, travel, and initial process calibration. Remote installation can reduce cost where supported. |
| Freight and Import Allowance | US$3,000–US$15,000+ | Costs depend on machine size, destination, packing, insurance, port handling, customs duties, inland delivery, and local tax treatment. These charges are normally excluded from equipment-only pricing. |
| Recommended Price-Comparison Method | Compare complete installed cost, not machine price alone | Request an itemized quotation covering machine configuration, software, tooling, freight, installation, warranty, training, spare parts, and after-sales service. |
| 2026 Buying Checklist | Verify capacity, accuracy, utilities, software, safety, and support | Before purchase, obtain a sample test using representative panels and drilling patterns, then confirm cycle time, hole accuracy, edge quality, dust control, and changeover procedure. |
| Price and performance figures are 2026 planning references for comparable six-sided CNC drilling equipment. They are not a binding quotation and should be validated with a current model-specific technical and commercial offer. | ||
