ARBURG ALLROUNDER 470 A Electric Injection Molding Machine
An all-electric injection molding platform for precise and energy-efficient production.
- Drive
- All-electric
- Series
- ALLROUNDER A
Compare indicative injection molding machine prices by clamping force, drive type, shot size, and automation before requesting a production quote.
Public-market examples reviewed August 2026. Compare scope before comparing price.
| Configuration | Typical scope | Planning band | Common fit |
|---|---|---|---|
| Benchtop or small machine | Low tonnage | $3,000-$25,000 | Prototyping, laboratories, and small parts |
| Production machine | Typical SME range | $50,000-$200,000 | Recurring industrial production with standard auxiliaries |
| Large or highly automated system | High tonnage | $200,000-$1,000,000+ | Large parts, electric platforms, automation, and complete cells |
These broad planning bands summarize public market guidance. Tooling, auxiliaries, freight, installation, commissioning, and automation can add substantial cost.
Injection molding machine cost is driven by clamping force, shot size, hydraulic or electric drive, mold requirements, controls, auxiliaries, and automation. The mold and production cell can materially change the total project budget.
Send the application, country, quantity, and technical details so the quotation can confirm machine configuration, freight term, lead time, and supplier terms.
Request Quote| Decision | Check first | Then verify |
|---|---|---|
| Machine size | Calculate clamping force from the part and resin | Confirm shot size, platen, and tie-bar clearances |
| Drive | Hydraulic can reduce entry cost | Electric can improve precision, cleanliness, and energy control |
| Tooling | Price the mold as a separate controlled scope | Confirm cavities, steel, hot runner, sampling, and revisions |
| Cell scope | List every auxiliary and interface | Include robot, dryer, loader, chiller, conveyor, and guarding |
16 references to compare before sending an RFQ.
An all-electric injection molding platform for precise and energy-efficient production.
A hybrid injection molding platform combining electric and hydraulic machine functions.
An electric tie-bar-less injection molding reference for flexible precision production.
A victory-series injection molding reference for general technical components.
An all-electric e-mac reference for precise and repeatable injection molding.
A high-speed injection molding reference for fast-cycle plastics production.
The ALLROUNDER 720 E GOLDEN ELECTRIC is ARBURG's 2,800 kN servo-electric injection-moulding machine. It combines servo-electric injection, dosing and mould movements with a toggle clamping unit and GESTICA control. It suits moulders prioritizing electric process control, compact installation and simultaneous movement capability.
ARBURG documents the ALLROUNDER 720 A Ultimate in a high-speed in-mould-labelled packaging application. In that reference, it moulds eight 125 ml ice-cream tubs in a 4.5-second cycle. The evidence supports evaluating it for fast, precise packaging work, while final configuration should be confirmed for the intended mould and resin.
The ALLROUNDER 1120 H is ARBURG's hybrid large-format injection-moulding machine, documented in a fully automated toolbox cell. ARBURG lists 6,500 kN clamping force, injection unit 7000 and a 60-second published toolbox production cycle. The reference cell combines the machine with GESTICA control, SCARA insert handling and a MULTILIFT V robot.
The ALLROUNDER 500 e TREND is the compact entry in ARBURG's listed e TREND electric range. The official table pairs it with a 500 kN clamping-force configuration, 370 mm tie-bar spacing and 100 e or 170 e injection units. It is a practical starting point for buyers matching smaller mould envelopes to electric machine capability.
The ALLROUNDER 1000 e TREND is a 1,000 kN electric machine in ARBURG's e TREND range. Its published table values include 470 mm tie-bar spacing, 170 e or 290 e injection units and 200 mm/s injection speed with higher values listed in brackets. These values make it a clear step up from the 500 e TREND for moulds needing a wider tie-bar window.
ARBURG lists the ALLROUNDER 1300 e TREND with 1,300 kN clamping force and a 520 mm tie-bar spacing. The machine is paired with 290 e or 400 e injection units in the official table, positioning it for a broader mould and shot-size requirement than the smaller e TREND machines. It should be configured against the actual mould dimensions and required injection speed.
The ALLROUNDER 1800 e TREND is the largest listed e TREND machine in this batch, with 1,800 kN clamping force and 570 mm tie-bar spacing. ARBURG publishes 400 e and 800 e injection-unit options and a 200 mm/s injection speed with a higher bracketed value. It is the e TREND option here for buyers who need the widest published mould window and larger injection-unit range.
YIZUMI's A6 is an advanced hydraulic toggle-clamping series for general injection molding. Buyers should select the exact tonnage/configuration from the manufacturer table, while the series evidence supports its intelligent clamping, dual-linear-guide injection support, and energy-focused hydraulic design.
The YIZUMI SK III is a general-purpose injection-molding series for small and medium machines. Its published series design focuses on platen rigidity, lower-friction injection guidance, cooling-circuit coverage, and a connected KEBA control architecture.
The YIZUMI U3 is the company's published series for Bakelite-special injection molding. Its official page describes uniform-stress clamping, a single-carriage injection unit, third-generation servo energy-saving technology, and an MS control system; buyers should still confirm the exact machine size, material package, and mold requirements before quoting.
Public guidance spans from a few thousand dollars for very small machines to more than $1 million for large industrial systems. Production machines commonly require a much larger total budget once tooling and auxiliaries are included.
Usually not. Treat the mold as its own sourced and validated scope with steel, cavities, runner system, sampling, and acceptance criteria.
Send the part drawing, resin, part weight, annual volume, mold details, power supply, country, and the required automation level.
DerFactory reviewed the public pages below on August 2026 to establish planning context. Linked prices can change and are not DerFactory quotations.