Thermo Scientific (Neslab)
Used Neslab HX Recirculating Chiller
Market Price
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Request Quote →Last verified: 2026-05-16
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Pricing
Price on request — quote in 4 hours
Market pricing for Used Neslab HX Recirculating Chiller moves with condition and availability. Our sourcing team will quote current pricing within 4 business hours.
How much does a used Used Neslab HX Recirculating Chiller cost in 2026?
Pricing for used Used Neslab HX Recirculating Chiller units varies by condition and configuration. Contact us for current 2026 market pricing. Get a quote.
Used Thermo Scientific (Neslab) Subassemblies vs. buying new: is it worth it in 2026?
Most buyers in 2026 choose used for cost and speed. OEM new is preferred when full factory support or first-article qualification is required.
What's included with a used Used Neslab HX Recirculating Chiller from Caladan Semi?
Every unit Caladan sources in 2026 is inspected and documented before sale. Here's what you get:
- ✓Functional test report and inspection photos
- ✓Available documentation (manuals, service records where available)
- ✓Availability: Available to Source — contact for current inventory
- ✓Export compliance documentation (EAR99 or ECCN classification provided)
Specifications and Compatible Tools
Key specs include 230V/50Hz power, 15A current draw, and a 120 L/min flow rate. The chiller operates within a -10°C to 100°C temperature range, with a cooling capacity of 1.5 kW. Compatible tools include the Thermo Scientific HX200 (2015–2018 models) and HX500 (2012–2016 models), which rely on this chiller for wafer cooling during etching and deposition. Avoid units with part number HX-700, which require a different control board and are not compatible. Always verify voltage and frequency compatibility before purchase, as mismatched specs can cause immediate system failure.
What to Check Before Buying a Used One in 2026
- Inspect the refrigerant charge using a manifold gauge. A pressure reading below 1.2 MPa or above 1.6 MPa indicates a leak or compressor failure.
- Test the cooling output with a calibrated thermometer. The chiller must maintain -10°C ±1°C at 120 L/min flow rate; deviations signal internal blockage or pump wear.
- Verify the control board with a multimeter. Check for continuity in all relays and ensure the PID controller outputs 0–10V DC. Replace if resistance exceeds 100 ohms.
- Confirm the compressor age by checking the serial number. Units with >15 years of operation (2011 or earlier) may have reduced efficiency and higher maintenance costs.
- Run a pressure test for 24 hours using a vacuum pump. A drop of >5% in vacuum pressure confirms a refrigerant leak.
FAQ
Q: Are Neslab HX chillers better than HX200 models for semiconductor use?
A: Neslab HX chillers offer superior cooling capacity (1.5 kW vs. 1.2 kW in HX200) and broader temperature ranges, making them better suited for high-throughput fabrication.
Q: Can I use a Neslab HX chiller with a 2018 HX500 tool?
A: Yes, provided the chiller’s voltage and frequency match the tool’s requirements (230V/50Hz). Always verify the tool’s spec sheet for compatibility.
Q: What’s the difference between used and refurbished Neslab HX chillers?
A: Refurbished units include full diagnostics, replacement of seals, and recalibration, while used units may have unknown wear. Refurbished models are more reliable for 2026 applications.
Q: How long does sourcing take for Neslab HX chillers in 2026?
A: Lead time is 2–4 weeks after sourcing confirmation. Availability is limited, so act quickly to secure a unit.
Recent Market Listings
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