Sample Preparation & Mixing
Magnetic and overhead stirrers, hotplates, vortex and tube mixers, homogenisers, sonicators, ultrasonic cleaners, rotary evaporators and digestion systems.
20 categories · 244 published records. The catalogue we can supply is broader than the catalogue we publish — send us the item if you cannot find it.
Before you order
The distinction that gets missed here is between an ultrasonic cleaner and a probe sonicator. A bath cleans glassware and degasses solvent; it will not lyse cells or disperse a nanoparticle suspension, because the energy is spread through the whole tank. A probe delivers that energy into the sample and will do the disruption — and will also heat the sample, foam protein and need an ice bath and a hearing-protected space. They are not substitutes at any price. Same logic for stirring: a magnetic follower slips in anything viscous, which is where an overhead stirrer starts.
26 records · page 2 of 2
Cannot find it? Ask on WhatsApp →Industrial Ultrasonic Cleaner, 50 L and 100 L, Sweep Frequency
Floor-standing stainless ultrasonic cleaner in 50 L and 100 L tank sizes with a separate sweep-frequency generator, adjustable ultrasonic power, a 100 °C heater and a drain valve.
IndentModels covered: LMUC50 / LMUC100
Specification for Industrial Ultrasonic Cleaner, 50 L and 100 L, Sweep Frequency
Specification for Industrial Ultrasonic Cleaner, 50 L and 100 L, Sweep Frequency Models covered LMUC50 / LMUC100 Tank capacity (approx.) 50 L / 100 L Tank size 500 x 350 x 300 mm / 600 x 500 x 350 mm Overall size 645 x 496 x 615 mm / 745 x 645 x 665 mm Ultrasonic power 900 W / 1500 W Ultrasonic power adjustment 0 to 100%, adjustable Heating power 2000 W / 4000 W Heating temperature RT+5 ~ to 100 °C Ultrasonic frequency 40 kHz Generator Sweep frequency generator, industrial grade transducer, moisture-proof PCB Time setting 1-60 min Display Digital red LED 10 further specifications on the full record.
Typical applications
- Bulk degreasing of machined components
- Cleaning large glassware and process parts
- Automotive and engineering parts cleaning
- Cleaning tooling, moulds and filters
Also known as
- Industrial ultrasonic cleaner 100 L
- Large capacity ultrasonic cleaning tank
- Floor standing ultrasonic bath
- Sweep frequency ultrasonic cleaner
Laboratory Freeze Dryer (Lyophiliser), −60 °C and −80 °C Condenser
Bench freeze dryer that removes water from frozen material by sublimation under vacuum, offered with a −60 °C or −80 °C condenser and in tray, manifold and vial-stoppering configurations.
IndentCondenser temperature: −60 °C (LMFD61, LMFD62, LMFD63, LMFD64) or −80 °C (LMFD83, LMFD84)
Specification for Laboratory Freeze Dryer (Lyophiliser), −60 °C and −80 °C Condenser
Specification for Laboratory Freeze Dryer (Lyophiliser), −60 °C and −80 °C Condenser Condenser temperature −60 °C (LMFD61, LMFD62, LMFD63, LMFD64) or −80 °C (LMFD83, LMFD84) Refrigeration system Single cascade on the −60 °C models; dual cascade on the −80 °C models Freeze-drying area 0.12 m² on LMFD61, LMFD63, LMFD83; 0.094 m² on LMFD62, LMFD64, LMFD84 Trays 200 mm × 4 (LMFD61, LMFD63, LMFD83) or 200 mm × 3 (LMFD62, LMFD64, LMFD84) Tray spacing 70 mm Configuration Plain (LMFD61); with stopper (LMFD62); with manifold (LMFD63, LMFD83); manifold and stopper (LMFD64, LMFD84) Vacuum pressure < 5 Pa on LMFD61 and LMFD62; < 10 Pa on LMFD63, LMFD64, LMFD83, LMFD84 Ice condenser capacity 3 L / 24 h Defrost Heating coil Display 7 in touch screen showing condenser temperature, sample temperature and vacuum, with graph Ambient temperature required 15 °C to 25 °C Relative humidity required ≤ 70% 8 further specifications on the full record.
Typical applications
- Freeze drying of biological samples
- Lyophilisation of pharmaceutical formulations
- Preservation of microbial cultures
- Drying of heat-sensitive plant and food extracts
- Preparing samples for long-term storage
Also known as
- Lyophilizer
- Lyophiliser
- Freeze dryer
- Laboratory freeze drying system
- Vacuum freeze dryer
What laboratories usually order alongside this.
Ovens, Furnaces & Incubators
Hot air ovens, muffle and high-temperature furnaces, water baths, stability chambers and refrigerated equipment.
Analytical Instruments
Balances, pH and conductivity meters, spectrophotometers, titration apparatus, extraction and digestion systems.
Microbiology & Sterilisation
Autoclaves, laminar air flow cabinets, BOD and bacteriological incubators, colony counters and aseptic handling equipment.
Why we publish the standard revision, not just the number.
Testing instruments are bought against a method, and a method is written against a standard. When that standard is revised, the old number stays in circulation for years — sometimes decades — because catalogues copy each other and nobody re-checks.
Three examples currently live across this industry: ASTM D1559 for Marshall stability, withdrawn in 1998. ASTM D422 for hydrometer analysis, withdrawn in 2016. IS 13311 for non-destructive concrete testing, absorbed into the IS 516 family in 2018. All three still appear on product listings you can buy from today.
That matters commercially, not just pedantically. If your quality manual cites a withdrawn standard, a NABL assessor will raise it, and the fastest way that error enters a manual is by being copied off a supplier’s specification sheet.
On qualification: for pharmaceutical customers, the documentation is half the purchase. GMP-specification equipment differs in its contact surfaces, its control system, its printed cycle records and its IQ/OQ/PQ protocol set. Specify that requirement at enquiry stage — retrofitting it after installation costs more and delays qualification.
On site preparation: compression testing machines, ductility baths, abrasion machines and large ovens need foundations, three-phase supply, drainage or extraction. We issue the foundation drawing and utility schedule with the quotation so the civil work can run in parallel with the delivery lead time rather than after it.
