How much is the cost of this device?

Please contact sales for a quote. Pricing depends on configuration (ES/EH, optional accessories).

What is the maximum busbar size this machine can process?

Up to 15 × 160 mm for punching, cutting and bending.

What is the Programmable Length Stopper (PLS)?

The PLS enables precise X/Y positioning for the puncher and Y-axis positioning for the cutter with up to 20 positions, minimizing human error.

Which hydraulic oil is required?

Hydraulic Oil H68 (approx. 70 L).

Busbar Machine Price Range & Buyer’s Checklist PAYAPRESS Busbar Processing Machine

Name: HBC-A160 ES/EH — 3 in 1 Busbar Machine
Brand: PayaPress
Rating: 5 (55 reviews)

Table of Contents

Price at a Glance (Indicative)

Markets and taxes are different by country, but these ballpark numbers help you start a budget:

– Manual / portable hydraulic kits: is about US $200–300 per set.

– Mid range hydraulic workshop machines (often 3 in 1: punch,cut,bend): is about US $4,900–6,500 depending on capacity and features.

– Full CNC bending systems: is usually around US $9,500–11,500+; higher for multi‑axis, higher tonnage, or advanced software. (All values are indicative.)

Hydraulic vs CNC — How to Choose

Hydraulic machines are simple, strong, and affordable. If you run steady parts and your team has skill, a quality hydraulic 3‑in‑1 is often enough.

CNC machines add servo control and encoders for angle accuracy and repeatability. They shine when you change jobs often, need tight tolerance, or want offline programming and traceability. Many panel shops recover the higher CapEx with lower scrap, faster changeover, and fewer reworks.

What Really Changes the Price

• Capacity: max width × thickness and tonnage for copper and aluminum.

• Tooling & dies: quick‑change sets and special molds (L, Z, U, edge/twist) add cost but save time.

• Accuracy & QA: encoder‑based angle control or a digital ruler gives consistent bends and mark‑free surfaces.

• Control & software: basic PLC/HMI vs CNC with CAD/CAM import and offline programming.

• Automation & safety: servo feeding/backgauge, guards/light curtains, interlocks.

• Build and power:rigid frame, motor size, quality components (easier service and longer life).

• Logistics and terms:Incoterms (EXW/FOB/CIF), duties/taxes, shipping, installation and training.

• Service: warranty, spare parts lead time, clear response SLAs.

• Compliance: CE/ISO/UL paperwork if your auditor or customer needs it.

• Lead time & currency: delivery schedule and FX risk in your country.

Budget & TCO — Quick Math

Do not stop at the sticker price (CapEx). Think total cost of ownership (TCO): energy,tooling wear, maintenance, training, and downtime.

A simple view: Payback=CapEx / (labor savings + scrap/rework savings + changeover savings).

If a CNC saves 20–30 labor hours per month and cuts rework, the extra cost can return in months instead of years.

When evaluating the true cost of a busbar bending machine, it helps to apply a life-cycle costing approach that looks beyond purchase price. This includes tooling wear, maintenance, training, and energy use. A trusted reference is the U.S. National Institute of Standards and Technology’s Life-Cycle Costing Manual (NIST Handbook 135), which provides standardized methods for comparing capital equipment over its full service life.

Buyer Checklist (RFQ)

Materials & capacity: max width × thickness for Cu/Al; required tonnage.
Accuracy: angle tolerance (for example ±0.5°) and mark‑free bending needs.
Tooling: required dies (L/Z/U/edge/twist), spare punches/blades.
Software: CAD/CAM import, offline programming, part library, reports.
Safety & compliance: guards/light curtains; CE/UL/ISO docs.
Service & warranty: response time, spare parts availability, training plan.
Commercials: Incoterms, payment terms, currency, target lead time.

Where Payapress Fits

For hydraulic bending, the Payapress HBC series is a reliable choice for everyday shop work. If you need a cost‑effective start, see the HBC‑EB120‑EH economic model. For higher precision and faster changeover, look at our CNC‑ready options and angle‑measurement packages. All machines are designed for copper busbar and aluminum busbar work, with mark‑free bending in mind when proper tooling is selected.

Extra Tip

If you buy your first busbar machine, start with a clear parts list from recent jobs. Match capacity to the thickest/widest bar you actually bend, then add 10–15% headroom for future jobs.

Explore Payapress machines:Hydraulic Busbar Bending Machine | Economic Busbar Machine HBC‑EB120‑EH

FAQ

What is the average price of a busbar bending machine?

Prices vary by type and features. Manual hydraulic kits can start around US $200–300, mid-range hydraulic 3-in-1 workshop machines often cost US $4,900–6,500, and full CNC bending systems are usually US $9,500–11,500+ depending on axes, tonnage, and software. (All values indicative.)

What factors affect busbar machine cost the most?

The biggest price drivers are capacity (width, thickness, tonnage), automation level (manual vs CNC), tooling and dies, software options (CAD/CAM import, offline programming), safety features, and after-sales service/warranty.

Is a hydraulic busbar machine enough, or do I need CNC?

Hydraulic 3-in-1 machines are strong, simple, and cost-effective if you run steady, repetitive jobs with skilled operators. CNC machines add servo accuracy, faster changeovers, and offline programming, making them better for workshops with frequent job changes or tighter tolerances.

What is the payback period for a CNC busbar machine?

Payback depends on job volume and labor savings. Many shops recover the higher CapEx in months rather than years by cutting rework, scrap, and 20–30 labor hours per month. Using a simple ROI model (CapEx ÷ monthly savings) helps estimate your own payback.

What should be included in a busbar machine RFQ checklist?

A solid RFQ should cover: