COLO.SCIENCE — PRECISION-COOLED HIGH-SPEED CENTRIFUGATION
Compact refrigerated centrifuge for heat-sensitive samples
LACE16AR is designed for laboratories that need high centrifugal force together with controlled low-temperature operation. Smart refrigeration control, an eco-friendly refrigerant and temperature accuracy of ±1 °C support stable processing of samples that may be affected by heat generated during high-speed centrifugation.
The instrument stores 99 user-defined programs, provides 10 acceleration and 10 deceleration levels, displays live operating parameters and allows settings to be adjusted during a run without stopping the centrifuge.
Key characteristics
- Maximum speed 16,500 rpm and maximum RCF 24,148 × g.
- Temperature setting from -20 °C to +40 °C with ±1 °C accuracy.
- Declared maximum capacity 18 × 5 ml.
- Four confirmed NCP fixed-angle rotors.
- Nano-ceramic coated rotor chamber.
- 5-inch high-definition touch screen.
- 99 stored programs and quick-start centrifugation.
- 10 acceleration and 10 deceleration levels.
Suitable for
- DNA and RNA extraction workflows.
- Protein purification and molecular biology.
- PCR and temperature-sensitive sample preparation.
- PRP, cell separation and small-sample processing.
- Biological, medical and pharmaceutical laboratories.
- Agricultural, chemical and disease-control laboratories.
TWO MATERIAL TECHNOLOGIES — ROTOR AND CHAMBER
NCP composite rotors and a nano-ceramic coated rotor chamber
NCP
Composite Rotor TechnologyLightweight · corrosion-resistant · learn more
NCP composite rotor platform
The four confirmed fixed-angle rotors use NCP composite construction. Lower rotor mass, high strength, slower heat conduction and resistance to conventional aluminium corrosion support practical handling and temperature-sensitive centrifugation workflows.
Nano-Ceramic ChamberCorrosion-resistant · easier cleaning · durable
Nano-ceramic coated rotor chamber
The rotor chamber is nano-ceramic coated for resistance to corrosion and rust. The smooth protected surface supports easier cleaning, lower maintenance demands and longer chamber service life in refrigerated laboratory operation.
Technical distinction: the rotors are NCP composite components; the centrifuge chamber has the nano-ceramic coating. These are separate technologies with complementary functions.
SELECTION NOTE — REFRIGERATED CENTRIFUGE CONFIGURATION
LACE16AR refrigerated high-speed centrifuge for controlled sample processing
LACE16AR is suited to laboratories that need to combine high RCF performance with a defined temperature profile. The -20 °C to +40 °C setting range allows methods to be adapted to sample stability requirements, while smart cooling control helps maintain low-temperature operation during high-speed runs.
Rotor selection should begin with tube geometry, nominal volume, cap design and the consumable manufacturer’s maximum speed or RCF rating. The confirmed rotor range covers 0.5 ml, 1.5 / 2 ml and 5 ml round-bottom formats. Final refrigerated operating limits should be confirmed for the selected rotor and tube configuration.
For procurement and method transfer, COLO can help define the centrifuge, rotor SKU, tube format, target RCF, required temperature profile, balancing requirements and optional USB data export.
Compact refrigerated benchtop design with touch control
52 × 32 × 23 cm refrigerated platform
The compact desktop structure integrates refrigeration, a 5-inch touch interface and a corrosion-resistant rotor chamber in a footprint suitable for laboratories where bench space is limited.
The electronic lid lock allows opening only at zero speed. Emergency manual release, imbalance protection, over-temperature protection and over-speed protection support safe routine operation.
TECHNICAL SPECIFICATIONS — LACE16AR REFRIGERATED HIGH-SPEED CENTRIFUGE
| Product | LACE16AR refrigerated high-speed centrifuge |
| Product number / SKU | PRO7067 |
| Structure | Desktop / benchtop refrigerated centrifuge |
| Maximum speed | 16,500 rpm |
| Maximum RCF | 24,148 × g |
| Declared maximum capacity | 18 × 5 ml |
| Confirmed rotor range | Four fixed-angle NCP composite rotor configurations |
| Confirmed tube formats | 0.5 ml, 1.5 / 2 ml and 5 ml round-bottom tubes, rotor-dependent |
| Temperature setting | -20 °C to +40 °C |
| Temperature accuracy | ±1 °C |
| Cooling control | Smart temperature control with operating-mode switching |
| Refrigerant | Eco-friendly refrigerant |
| Timer range | 1 s–99 min 59 s / 1 min–99 h 59 min |
| Display / control | 5-inch high-definition touch screen |
| Speed accuracy | ±10 rpm |
| RCF accuracy | 1 × g |
| Stored programs | 99 user-defined programs |
| Acceleration / deceleration | 10 selectable levels / 10 selectable levels |
| Motor | AC frequency-conversion motor |
| Run modes | Differential timing, gradient, point movement and timed centrifugation |
| Parameter change during run | Yes, without stopping |
| Automatic slowdown | Automatic slowdown and stop at max. 500 rpm |
| Rotor recognition | Automatic rotor identification with alarm support |
| Rotor material | NCP composite material |
| Rotor chamber | Nano-ceramic coated, corrosion- and rust-resistant |
| Body material | T45 high-strength steel, one-piece stamped construction |
| Damping / balance | 3-level rubber shock absorption with automatic balancing |
| Door safety | Electronic lock; lid opens only at zero speed |
| Emergency lid release | Manual opening device for power failure |
| Safety shutdown | Imbalance, over-temperature and over-speed protection |
| Noise | ≤ 52 dB(A) |
| Power supply | AC 220 ± 22 V, 50 Hz, 10 A |
| Power consumption | 800 W |
| Net weight | 35 kg |
| Dimensions (W × D × H) | 52 × 32 × 23 cm |
| Data export | Optional USB export |
| HS code | 8421199090 |
Final performance depends on the selected rotor, tube format, tube manufacturer limits, correct balancing, selected temperature profile, program, sample load and laboratory SOP. Confirm the final refrigerated operating configuration and documentation package in the official quotation.
Four confirmed NCP rotors for LACE16AR
NCP
Composite Rotor TechnologyLightweight · corrosion-resistant · learn more
COLO rotor SKU: PRO3885
12 × 1.5 / 2 ml
16,500 rpm · 21,610 × g
NCP fixed-angle rotor
COLO rotor SKU: PRO6935
24 × 1.5 / 2 ml
15,000 rpm · 22,387 × g
NCP fixed-angle rotor
COLO rotor SKU: PRO6938
18 × 5 ml, round bottom
15,000 rpm · 24,148 × g
NCP fixed-angle rotor
Rotor configuration control: the four listed NCP rotors are the confirmed rotor set for the LACE16AR / PRO7067 configuration presented here. Confirm the selected rotor SKU, tube limits and permitted refrigerated operating profile in the binding quotation.
Cooling control, repeatable methods and safety support
Precision cooling
Smart temperature control provides a -20 °C to +40 °C setting range with ±1 °C accuracy for heat-sensitive laboratory workflows.
Automatic rotor recognition
Rotor auto-identification with alarm support reduces the risk of selecting an incorrect rotor profile.
Stored operating methods
Up to 99 user-defined programs store frequently used speed, RCF, time, temperature and acceleration settings.
Controlled acceleration and braking
Ten acceleration and ten deceleration levels help adapt the operating profile to sensitive samples and routine methods.
Applications of the LACE16AR refrigerated centrifuge
DNA/RNA extraction and PCR
High RCF performance and controlled cooling support molecular workflows where sample temperature and reproducibility are important.
Protein purification
Stored programs and adjustable temperature profiles help standardise repeated protein-processing procedures.
Cell and PRP processing
Selectable acceleration and braking levels support controlled separation profiles for cell, PRP and other small-sample workflows.
Research and routine laboratories
The compact refrigerated platform is suitable for biological, medical, pharmaceutical, agricultural and chemical laboratories.
LABORATORY CENTRIFUGES CATALOGUE
Compare refrigerated centrifuges and rotor configurations
Use the centrifuge catalogue to compare speed, RCF, temperature range, capacity, tube formats, rotor systems and application fit.
COLO.SCIENCE KNOWLEDGE AND SUPPORT
Rotor and temperature-profile selection support
COLO.Science supports centrifuge selection by matching tube geometry, sample volume, target RCF, temperature requirements, throughput, balancing and the complete rotor configuration.
How to configure the LACE16AR refrigerated high-speed centrifuge
Start with the sample method and tube. Confirm nominal volume, tube diameter, bottom geometry, cap design, actual fill volume and the consumable manufacturer’s speed or RCF limit. Then compare rotor capacity, maximum RCF and required throughput.
Define the required temperature profile, expected run duration and sample sensitivity. All rotor loads must be symmetrical and operated according to the laboratory SOP. Final speed, RCF and temperature settings must remain within the approved limits of the selected rotor and tubes.
LACE16AR refrigerated centrifuge FAQ
What temperature range does LACE16AR provide?
The temperature can be set from -20 °C to +40 °C with a stated accuracy of ±1 °C.
Which rotors are confirmed for product number PRO7067?
Four NCP fixed-angle rotors are listed: PRO3885, PRO5462, PRO6935 and PRO6938. They cover 0.5 ml, 1.5 / 2 ml and 5 ml tube formats.
What is nano-ceramic coated?
The rotor chamber is nano-ceramic coated for corrosion and rust resistance. The compatible rotors use NCP composite construction.
Configuration notice
The official quotation defines the final LACE16AR delivery scope, including the centrifuge unit, selected rotor, permitted refrigerated operating profile, optional USB export, electrical configuration and documentation requirements. Website content is intended for general product presentation and may not represent the exact delivered configuration. Specifications may change without notice.
