Labtro.com

[labtroscientific]

Manual Lifting Rotary Evaporator LT-RE201- Vacuum Rotary Evaporator

Labtro Manual Lifting Rotary Evaporator LT-RE201 features a 2 L evaporating flask for efficient solvent evaporation and laboratory distillation. Equipped with manual lifting system and digital display for precise process monitoring and smooth operation. Suitable for chemical synthesis, sample concentration, and essential oil extraction.

[labtroscientific]

Hybridization Oven LT-HO101- Hybridization Incubator

Labtro Hybridization Oven LT-HO101 offers 5°C to 100°C range with ±0.5°C precision for thermal control. Dual-layer glass door allows observation with reduced radiation. Shaking, hot air convection, rotating tube system, and microcomputer control ensure uniform heat distribution and precise hybridization operation.

[labtroscientific]

High-Speed Refrigerated Centrifuge LT-HRC307-microprocessor centrifuge

Labtro High-Speed Refrigerated Centrifuge supports efficient sample separation in laboratory workflows. Automatic RCF calculation with RPM/RCF switching, rotor identification, speed limit control, and noise reduction support molecular biology, clinical diagnostics, biochemistry, and research applications

[labtroscientific]

Prevent Blood Coagulation & Improve Sample Accuracy with the Labtro Rotary Mixer

The rotary mixer provides efficient, consistent mixing at a speed range of 20 to 80 rpm. It supports up to 8 × 50ml centrifuge tubes, with free combinations of different tube sizes from 1.5ml to 50ml. Equipped with adjustable speed and time control, it supports precise and reproducible mixing results. Built-in versatility allows effective mixing for various laboratory protocols and sample types. This rotary mixer is ideal for clinical labs, research, biochemical experiments, and molecular biology applications.

What is a Rotary Mixer and How Does It Work? A rotary mixer is a laboratory instrument designed to rotate or gently shake sample tubes at selected speeds and adjustable angles. The system operates using a brush motor that drives a rotating platform with rotating shaking motion. Without continuous movement, particles inside the sample may settle, leading to uneven concentration and inconsistent testing results. The system helps maintain uniform sample distribution by providing controlled rotational movement at speeds from 20 to 80 rpm. The angle range can be adjusted between 40° and 80°, modifying mixing intensity according to sample requirements. The control mode uses a knob for simple operation. This rotation mixer supports rotational shaking for biological samples, molecular preparations, and suspension processing workflows.

Key Features of Rotary Mixers 2 models for 360° rotating/shaking Adjustable speed control – 20 to 80 rpm Adjustable mixing angle – 40° to 80° Multiple tube compatibility – supports 1.5ml to 50ml tubes Supports up to 8 × 50ml centrifuge tubes User-friendly control panel with knob control Six different modules Three kinds of buckle Ambient temperature range – 5 to 40℃ Ambient humidity – up to 80% RH Compact dimensions – 230 × 180 × 265 mm Light weight – 5 kg Power supply – AC 100 to 220V, 50/60Hz Power consumption – 25W

Adjustable Speed and Angle Control for Precise Mixing Variable Speed Adjustment Adjustable rotational speed from 20 to 80 rpm Supports different laboratory sample requirements Suitable for gentle and active mixing applications Flexible Angle Control Adjustable mixing angle from 40° to 80° Helps modify mixing intensity based on sample type Supports varied rotational shaking motions Gentle Mixing for Delicate Samples Lower speed and lower angle support delicate suspensions Helps maintain sample stability during processing Active Shaking for Sample Preparation Higher speed and higher angle support reagent blending Suitable for suspension preparation workflows Controlled Laboratory Operation Controlled movement settings help maintain sample integrity Supports stable laboratory processing conditions Knob control mode allows quick operational adjustments during laboratory workflows The Rotary Mixer LT-RM301 supports controlled rotational shaking for clinical testing, biochemical research, and molecular biology workflows.

Rotary Mixer LT-RM301 – Specification Table Parameter Specification Speed 20 to 80 rpm Type Rotating Shaking Control Mode Knob Angle Range 40° to 80° Ambient Temperature 5 to 40℃ Ambient Humidity 80% RH Motor Brush Motor Power Consumption 25W Power Supply AC 100 to 220V, 50/60Hz Dimension 230 × 180 × 265 mm Weight 5 kg

Benefits of Multi-Tube Compatibility in Laboratory Applications Supports simultaneous processing of multiple laboratory samples Helps improve laboratory workflow efficiency Reduces sample preparation time during testing procedures Compatible with tube sizes ranging from 1.5ml to 50ml Supports up to 8 × 50ml centrifuge tubes Allows free combinations of different tube sizes Suitable for clinical testing and biochemical analysis Helps laboratories manage varied sample volumes within a single system Commonly used in multi-sample laboratory workflows Useful for applications involving a multi vortex mixer or multi tube vortex mixer

How Rotary Mixers Improve Sample Consistency Maintaining sample consistency is important for accurate laboratory analysis. Uneven mixing, sedimentation, and clot formation can affect testing outcomes in clinical and research environments. Continuous rotational movement helps maintain homogeneous sample conditions during laboratory workflows. Constant motion supports even particle distribution and helps reduce sediment accumulation inside sample tubes. The adjustable speed range and adjustable angle range allow users to match mixing intensity to specific sample types. This controlled rotational movement helps laboratories maintain stable sample preparation conditions during repeated testing procedures.

Applications in Clinical and Research Laboratories This system is suitable for multiple laboratory applications, including: Clinical Testing – preventing blood coagulation and improving sample accuracy Molecular Biology – mixing DNA, RNA, and protein samples Biochemical Research – handling enzymes, reagents, and suspensions Cell Suspension Processing – maintaining uniform cell distribution Reagent Preparation – blending biochemical reagents Pharmaceutical Applications – controlled sample movement A lab mixer machine is widely used in clinical laboratories, research facilities, biochemical experiments, and molecular biology applications.

Advantages of Compact and User-Friendly Laboratory Mixers The compact operational structure is suitable for laboratory workspaces with limited bench space. Key Advantages Uniform Sample Mixing Flexible Tube Handling Adjustable Motion Settings Compact Design Easy Operation Multi-Sample Processing 360° Rotating/Shaking Multiple Modules and Buckles These features support laboratories performing repeated sample preparation and analytical procedures.

Why This Rotary Mixer is Ideal for Modern Laboratory Workflows Modern laboratories require equipment capable of supporting multiple sample types and continuous laboratory processing procedures. Instruments with adjustable motion settings and multi-tube compatibility help improve workflow efficiency during daily operations. Key operational features include: Adjustable speed settings – 20 to 80 rpm Flexible angle control – 40° to 80° Multi-tube compatibility – 1.5ml to 50ml Free combinations of different tube sizes Knob control mode for simple operation Brush motor with 25W power consumption Compact dimensions and lightweight structure Its operational features support clinical laboratories, molecular biology applications, biochemical studies, and laboratory workflows involving continuous sample preparation procedures.

Conclusion Labtro Rotary Mixer LT-RM301 supports controlled rotational mixing with adjustable speed settings, flexible angle control, and compatibility with multiple tube sizes. Its operational features make it suitable for clinical laboratories, molecular biology applications, biochemical studies, and laboratory workflows involving continuous sample preparation procedures. For more information, please visit. URL: https://www.labtro.com/rotary-mixer/lt-rm301 Email: [email protected]

[labtroscientific]

Flame Photometer LT-FP102 - Laboratory flame photometer

Labtro Flame Photometer analyzes potassium, sodium, lithium, and calcium with real-time monitoring. It includes flameout protection, gas leak alarm, and automatic shut-off for safety. With a multilingual, user-friendly interface and adjustable flow control for flexible testing.

[labtroscientific]

Key Uses of Combined Refrigerator and Freezer LT-CRF101 in Healthcare and Research Laboratories

Temperature-controlled storage plays a major role in healthcare facilities, pharmaceutical laboratories, biotechnology centers, and research institutions. Biological samples, vaccines, reagents, enzymes, blood products, and laboratory chemicals require controlled storage conditions to maintain sample integrity and testing accuracy. Many laboratories experience storage-related concerns such as temperature fluctuations, limited laboratory space, poor sample organization, excessive operational noise, and difficulty maintaining separate refrigeration and freezing environments. These factors may affect laboratory workflow, sample preservation, and research activities. Cold storage equipment, such as combined refrigerator and freezer units, freezer chest systems, deep freezer units, small chest freezer models, and large chest freezer units, helps laboratories organize and preserve temperature-sensitive materials under controlled conditions. The Combined Refrigerator and Freezer LT-CRF101 supports laboratory storage applications through dual temperature compartments, organized storage capacity, and controlled cooling performance suitable for healthcare and scientific environments.

What is a Combined Refrigerator and Freezer? A combined refrigerator and freezer is a laboratory cold storage system that includes separate refrigeration and freezing chambers within one cabinet. The refrigerator compartment maintains temperatures suitable for medicines, reagents, and biological materials, while the freezer compartment preserves samples requiring lower temperatures for long-term storage. This type of storage equipment reduces the need for multiple cooling units and supports organized laboratory operations. Laboratories handling pharmaceutical products, vaccines, blood samples, enzymes, and research specimens often use combined refrigeration systems to simplify storage management. biotechnology centers, hospitals, blood banks, and research institutions commonly use combined refrigeration systems for storing sensitive laboratory materials.

Common Laboratory Storage Challenges Laboratory Storage Challenge Description How LT-CRF101 Supports Laboratory Storage Temperature Instability Inconsistent cooling conditions may affect biological samples and laboratory materials. Dual cooling chambers maintain controlled refrigeration and freezing conditions. Limited Laboratory Space Separate cooling units may occupy excessive laboratory floor space. Upright cabinet structure supports organized storage while reducing space usage. Sample Organization Issues Improper arrangement may increase sample handling time. Organized shelf storage improves accessibility and sample arrangement. Noise During Continuous Operation Cooling systems may generate high sound levels during operation. Low-noise operation supports comfortable laboratory environments. Monitoring and Safety Concerns Laboratories require temperature monitoring and alarm systems for stored materials. Alarm systems and monitoring features support storage supervision.

Key Features of Combined Refrigerator and Freezer LT-CRF101 The Combined Refrigerator and Freezer LT-CRF101 includes a 350 L storage capacity suitable for healthcare facilities, pharmaceutical laboratories, biotechnology centers, and research applications. Dual Cooling Chambers Separate refrigeration and freezing compartments support independent temperature management for different laboratory materials and medical products. Precise Temperature Control The refrigerator compartment operates within a temperature range of 2℃ to 8℃, while the freezer compartment maintains temperatures from -10℃ to -25℃ for controlled sample preservation. Dual Temperature Control System Independent control functions allow users to adjust refrigeration and freezer settings separately according to laboratory storage requirements. Upright Cabinet Design The vertical cabinet structure improves laboratory space utilization and supports organized storage access for healthcare and research environments. LED Display Panel The LED display panel provides clear visibility of operating temperatures and system conditions during laboratory operation. Low Noise Operation The unit operates at 45 dB, supporting quieter laboratory working conditions during continuous operation. Safety Features The system includes alarm functions, safety locks, and backup battery support for storage monitoring and laboratory safety.

Working Principle of the Cooling System The cooling system operates through refrigerant circulation inside separate refrigerator and freezer chambers. Each compartment maintains controlled temperatures through dedicated cooling mechanisms. The refrigerator section uses forced air cooling to support even temperature distribution throughout the storage compartment. The freezer section uses direct cooling to maintain low-temperature preservation for laboratory samples and biological materials. The dual-control system continuously monitors internal conditions to maintain stable refrigeration and freezing performance during laboratory operation.

Applications in Healthcare Laboratories Healthcare facilities require controlled storage conditions for medical products and biological materials. Vaccine Storage Vaccines require regulated refrigeration temperatures to maintain storage quality during laboratory and healthcare use. Blood Sample Preservation Hospitals and diagnostic laboratories store blood and plasma samples under controlled conditions for clinical testing procedures. Medicine Storage Temperature-sensitive medicines and pharmaceutical products require regulated cooling environments for preservation. Diagnostic Reagents Clinical laboratories use refrigeration systems for storing reagents, testing materials, and laboratory chemicals.

Applications in Pharmaceutical and Biotechnology Facilities Pharmaceutical and biotechnology laboratories require organized cold storage for research materials and production samples. Enzyme and Protein Storage Biotechnology laboratories preserve enzymes and proteins under low-temperature conditions to maintain sample stability. Cell Culture Preservation Research centers store culture media and biological materials for laboratory analysis and biotechnology research. Pharmaceutical Compound Storage Drug development laboratories use refrigeration systems for storing pharmaceutical compounds and laboratory chemicals. Molecular Biology Applications DNA samples, RNA samples, and biological reagents require controlled storage temperatures during molecular biology procedures and research activities.

Importance of Deep Freezer and Freezer Chest Equipment Deep freezer systems are commonly used for preserving biological samples at low temperatures for extended periods. A freezer chest unit supports bulk storage applications for hospitals and laboratory facilities handling large sample volumes. A small chest freezer is suitable for compact laboratory environments with limited storage requirements. A large chest freezer supports high-capacity cold storage applications in pharmaceutical facilities, blood banks, and research institutions.

Technical Specifications Specifications Details Capacity 350 L Refrigerator Range 2℃ to 8℃ Freezer Range -10℃ to -25℃ Accuracy ±1℃ Cooling Type Forced Air / Direct Defrost Auto / Manual Refrigerant R600a Display LED Noise Level 45 dB Shelves 3 + 3 Power 160 W Dimensions 695 × 655 × 1920 mm Weight 106 kg

Advantages of Combined Refrigerator and Freezer Systems Organized Sample Storage Separate compartments help laboratories organize refrigeration and freezing materials efficiently. Improved Space Management The upright cabinet structure supports better laboratory space utilization in healthcare and research environments. Temperature Accuracy Controlled cooling systems support stable storage conditions for laboratory samples and medical products. Reduced Maintenance Concerns Cabinet materials and organized cooling systems support long-term laboratory operation. Energy-Efficient Performance The cooling system minimizes power consumption during continuous laboratory use.

Conclusion Labtro Combined Refrigerator and Freezer LT-CRF101 supports healthcare, pharmaceutical, biotechnology, and research laboratories with controlled cold storage performance. Equipment such as combined refrigerator and freezer systems, freezer chest units, deep freezer equipment, small chest freezer models, and large chest freezer systems help preserve biological samples, vaccines, medicines, and laboratory reagents under regulated conditions. The Combined Refrigerator and Freezer LT-CRF101 supports laboratory applications through dual cooling chambers, temperature control, organized storage capacity, low-noise operation, and safety monitoring features suitable for healthcare facilities, pharmaceutical laboratories, research centers, and biotechnology environments.

For more information: Product page: https://www.labtro.com/combined-refrigerator-and-freezer/lt-crf101 Email: [email protected]

[labtroscientific]

Drug Stability Test Chamber LT-DTC101- Stability testing chamber

Labtro Drug Stability Test Chamber provides precise Environmental control with dual cooling and heating. Its PID control and forced convection ensure consistent performance and uniform airflow. With a user-friendly interface, the Stability Test Chamber is suitable for pharmaceutical, biological, and laboratory

[labtroscientific]

COD Thermoreactor LT-CT501- Laboratory thermoreactor

Labtro COD Thermoreactor provides precise chemical oxygen demand testing with uniform heating. It features electronic temperature control, real-time monitoring, and an integrated timer. Its user-friendly interface suits environmental and waste water labs

[labtroscientific]

Auto Refractometer LT-AR201- Optical refractometer

Labtro Auto Refractometer features automatic pupil distance adjustment for precise eye exams and clear results. The 7-inch LCD touchscreen offers a user-friendly interface for fast testing. Integrated keratometry measurements support comprehensive ophthalmology diagnostics

[labtroscientific]

1200°C Muffle Furnace LT-MF404—High-temperature muffle furnace

Labtro Muffle Furnace supports high-temperature laboratory use with ample chamber space and fast heat-up. Its programmable LCD controller allows flexible operation, while the durable steel body supports long-term use with reduced energy use. A user-friendly interface ensures efficient daily workflows

[labtroscientific]

86°C Ultra Low-Vertical Freezer LT-UF203 - Vaccine storage freezer

Labtro -86°C Ultra Low Vertical Freezer offers 408 L capacity with a -40 to -86°C temperature range. Cascade cooling maintains uniform temperatures, while a 7-inch LCD touch screen enables precise control and monitoring. A stainless-steel interior with vacuum insulation panels improves durability and thermal efficiency.

[labtroscientific]

86°C Ultra Low-Vertical Freezer LT-UF203 - Vaccine storage freezer

Labtro -86°C Ultra Low Vertical Freezer offers 408 L capacity with a -40 to -86°C temperature range. Cascade cooling maintains uniform temperatures, while a 7-inch LCD touch screen enables precise control and monitoring. A stainless-steel interior with vacuum insulation panels improves durability and thermal efficiency.

[labtroscientific]

Inconsistent Brix Readings? The LT-ADR401 Digital Refractometer Delivers Flawless Results Every Time

Labtro LT-ADR401 delivers precise refractive index and Brix measurements for US food, pharmaceutical, and biotechnology laboratories. Sapphire prism construction requires only 1.5 mL sample volume (3–5 drops) with 3-second response time per measurement. Benchtop design dimensions: 14.6 × 9.4 × 18.5 inches, 22 lbs. Operates on 110–120V/60Hz with LCD display and RS232 output for data logging. Calibration via distilled water zeroing. Brix accuracy: ±0.03% across 0–95% Brix range. Automatic temperature correction minimizes environmental fluctuations without manual adjustments. Ideal for quality control labs requiring repeatable concentration analysis for beverages, pharmaceuticals, chemical solutions, and fermentation monitoring. Compares to portable handheld units (±0.1% Brix accuracy, 5–10 second response) with superior precision and environmental stability. LED light source ensures uniform illumination. No warm-up time required. ASTM E579 compliant for laboratory refractometry.

Key Technical Specifications (US Units) Parameter Specification Measuring range (refractive index)1.3000 – 1.7000 nD Measuring range (Brix) 0 – 95% Accuracy (refractive index)±0.0002 nD Accuracy (Brix) ±0.03% Resolution ±0.0001 nD Temperature range 0 – 50°C (32 – 122°F) Temperature compensation Automatic (ATC) Response time 3 seconds Sample volume 1.5 mL (3–5 drops) Prism material Sapphire Light source LED (5500K) Display LCD backlit Output interface RS232 Power supply 110 – 120V / 60Hz Dimensions (L × W × H)14.6 × 9.4 × 18.5 inches Weight 22 lbs Calibration Distilled water zeroing Compliance ASTM E579 Why US Laboratories Choose the LT-ADR401

Precision That Drives Confident Decisions ±0.0002 nD accuracy and 0.0001 nD resolution detect subtle concentration changes that impact product quality. For beverage manufacturers, this means consistent Brix from batch to batch. For pharmaceutical labs, this ensures excipient concentration within specification.

3-Second Response Time for High-Throughput Workflows Each measurement completes in 3 seconds. Sample volume of 1.5 mL (3–5 drops) minimizes waste. Compare to handheld units requiring 5–10 seconds and larger sample volumes. . Automatic Temperature Compensation (ATC) Temperature fluctuations cause refractive index drift. The LT-ADR401 automatically corrects readings across 0–50°C (32–122°F). No manual calculations or wait time for sample temperature equilibration. . Sapphire Prism for Durability Standard glass prisms scratch and cloud over time. Sapphire prism construction resists abrasion, chemical corrosion, and staining from high-Brix or acidic samples. Long-term measurement stability without frequent prism replacement. US-Standard Power (110–120V/60Hz) Unlike import models requiring voltage converters, the LT-ADR401 operates directly on US laboratory power outlets. Export 220V version available upon request. . RS232 Data Logging Connect to laboratory information management systems (LIMS) or printers via RS232 output. Manual transcription errors eliminated. Audit-ready data trails.

Applications Across US Laboratory Sectors Food & Beverage – Brix measurement in juices, soft drinks, wines, and syrups. Why LT-ADR401: ±0.03% Brix accuracy ensures batch consistency. Pharmaceutical – Excipient concentration, glycerin purity, and solution verification. Why LT-ADR401: 0.0001 nD resolution meets USP requirements. Biotechnology – Fermentation monitoring and cell culture media analysis. Why LT-ADR401: 3-second response time enables high-throughput sampling. Chemical – Polymer solution concentration and solvent purity testing. Why LT-ADR401: Sapphire prism resists chemical corrosion. Quality Control – Incoming raw material inspection and finished product testing. Why LT-ADR401: RS232 output allows direct LIMS integration.

Comparison: LT-ADR401 Benchtop vs. Handheld Refractometers The LT-ADR401 benchtop refractometer delivers ±0.03% Brix accuracy, compared to ±0.1–0.2% for typical handheld units. Response time is 3 seconds versus 5–10 seconds. Sample volume is 1.5 mL (handheld requires 2–5 mL). Temperature compensation is automatic across 0–50°C, while handheld units offer manual or limited-range compensation. The LT-ADR401 uses a sapphire prism; handheld models use glass. Data output is RS232 (handhelds typically offer none or Bluetooth). Power is 110–120V/60Hz (handhelds run on battery). Compliance includes ASTM E579, whereas handheld compliance varies. For laboratory environments where accuracy and repeatability determine product release or research validity, benchtop systems outperform handheld alternatives.

Addressing Common Laboratory Pain Points Inconsistent readings between operators – The LT-ADR401 digital display eliminates interpretation errors. Temperature drift affecting results – Automatic temperature compensation (ATC) corrects readings without manual calculation. Slow measurements slowing throughput – 3-second response time keeps workflows moving. Prism scratching from samples – Sapphire prism is 5x harder than glass, resisting abrasion and staining. No data export for compliance – RS232 output connects directly to LIMS or printers. Foreign power requirements – 110–120V/60Hz operation works with standard US outlets – no voltage converter needed.

Calibration and Maintenance Calibration: Distilled water zeroing. Place 1.5 mL distilled water on the prism, then press the calibration button. Process takes under 30 seconds. Cleaning: Wipe the prism with a soft cloth and distilled water after each sample. The sapphire prism resists staining, so no harsh solvents are required. Verification: Use certified refractive index standards (1.33299 nD for water at 20°C) to verify accuracy monthly.

Compliance and Standards ASTM E579 – Standard specification for laboratory refractometers USP <831> – Refractive index measurement (pharmaceutical applications) AOAC 969.38 – Brix measurement in sugar products 110–120V/60Hz – US electrical safety certified

Conclusion Inconsistent Brix and refractive index readings compromise laboratory analysis, batch release decisions, and research reproducibility. The Labtro LT-ADR401 Digital Refractometer : ±0.0002 nD accuracy – Laboratory-grade precision 0–95% Brix range – Full food/pharma/chemical coverage 3-second response time – High-throughput workflow Sapphire prism – Durability for demanding samples 110–120V/60Hz operation – No voltage converter needed ASTM E579 compliance – Regulatory-ready For US food quality control labs, pharmaceutical testing facilities, biotechnology research centers, and chemical analysis laboratories requiring repeatable, accurate concentration measurements, the LT-ADR401 provides benchtop performance without complexity. Labtro LT-ADR401 Digital Refractometer – ±0.0002 nD accuracy, 3-second response, 0–95% Brix, ASTM E579 compliant. For more information: Product page: https://www.labtro.com/abbe-refractometer/lt-adr401 Email: [email protected]

[labtroscientific]

High-Pressure Portable autoclave LT-HPA202 -Laboratory portable autoclave

Labtro High Pressure Portable Autoclave offers 24 L capacity with built-in over-temperature safety control.A user-friendly interface with clear controls, a built-in safety valve, and a secure locking system ensures controlled operation. The stainless steel body allows easy cleaning and simple daily maintenance

[labtroscientific]

Labtro Immuno Autostainer LT-IS101: 48-Slide High-Throughput IHC Staining for US Laboratories

Labtro Immuno Autostainer LT-IS101 – 48 slides/run, 64 reagent positions, 50 µL minimum dispensing volume, 110V or 220V power options

The Labtro LT-IS101 immuno stainer for US laboratories delivers fully automated immunohistochemistry (IHC) staining with programmable dispensing volumes (50 µL, 100 µL, 150 µL, or 200 µL increments) across 64 reagent positions. Process up to 48 slides per run for paraffin-embedded, frozen (refrigerated), punctured microtome sections, and cell smear specimens in histopathology, clinical diagnosis, and medical research settings.

Product URL: https://www.labtro.com/immunohistochemistry-stainer/lt-is101

Throughput & Sample Handling for US Labs

Specification

Value

Slide capacity per run

48 slides

Reagent capacity

64 positions

Minimum dispensing volume

50 µL

Dispensing increments

50, 100, 150, or 200 µL (selectable)

Working noise level

≤60 dB(A) — quiet operation for open-plan labs

Maximal output power

≤350 VA

Rated current

1.6 A

Power supply

110V or 220V — US-compatible 110V configuration available

The adjustable antibody dropping rate accommodates different tissue section types, ensuring optimal reagent coverage without waste. Multiple stainers can be managed from a single computer simultaneously — ideal for laboratories scaling IHC capacity over time.

Physical Specifications for US Lab Integration

Parameter

Measurement

US Equivalent

Dimensions (L × W × H)

1015 × 665 × 520 mm

40.0 × 26.2 × 20.5 inches

Packing dimension

1100 × 750 × 710 mm

43.3 × 29.5 × 28.0 inches

Net weight

116 kg

256 lbs

Gross weight

158 kg

348 lbs

Benchtop footprint: 40 × 26.2 inches — fits standard laboratory benches. Allow additional clearance for loading and ventilation.

Key Features for US Clinical & Research Laboratories

48-Slide Capacity per Run – Process up to 48 slides in a single automated run. Suitable for mid- to high-volume histopathology labs, research institutes, and clinical diagnostic facilities.

64 Reagent Positions – Accommodate primary antibodies, secondary antibodies, chromogens (DAB, AEC, permanent red), buffers, and counterstains without frequent reloading.

Selectable Dispensing Volumes – Choose 50 µL, 100 µL, 150 µL, or 200 µL increments per reagent. Adjustable antibody dropping rates for different tissue section types (paraffin vs. frozen vs. cell smears).

Per-Run Reagent Volume Checks – Automated verification of sufficient reagent volumes before each run prevents incomplete staining.

User-Specified Protocols – Program and store custom IHC staining protocols. Each protocol can define reagent order, incubation times, temperature settings, and dispensing volumes.

Quiet Operation – ≤60 dB(A) noise level — suitable for open-plan laboratories without dedicated noise isolation.

Hands-Free Operation – Once loaded, the autostainer executes the entire IHC workflow without manual intervention, reducing technician time and handling variability.

Multi-Unit Management – Control several stainers from a single computer simultaneously — scalable for laboratories expanding IHC capacity.

Password Protection – Integrated access control prevents unauthorized protocol changes or run interruptions, supporting audit trail requirements.

Robust Design – Engineered for continuous daily operation in high-throughput histopathology and research environments.

Specimen Compatibility

The LT-IS101 accommodates a wide range of specimen types commonly processed in US pathology and research laboratories:

Specimen Type

Application Example

Paraffin-embedded sections

Routine diagnostic IHC (breast cancer, lymphoma, etc.)

Refrigerated (frozen) sections

Rapid intraoperative consultation, immunofluorescence

Punctured microtome sections

Small biopsy samples (liver, kidney, prostate cores)

Cell smears

Cytology specimens (fine needle aspirates, body fluids)

Applications Across US Laboratory Settings

Setting

Application

Histopathology laboratories

Routine diagnostic IHC for cancer subtyping (breast, colon, lung, prostate)

Clinical diagnostic laboratories

Biomarker detection (ER, PR, HER2, PD-L1, Ki-67, etc.)

Medical research institutes

Translational research, biomarker discovery, clinical trial support

Academic pathology departments

Teaching and research IHC with standardized protocols

Pharmaceutical research facilities

Preclinical and clinical trial tissue analysis

Reference laboratories

High-volume IHC service for external clients

Workflow Integration for US Laboratories

The LT-IS101 integrates into existing histopathology workflows:

Slide preparation – Mount sections on standard glass slides (no proprietary slide requirements)

Protocol selection – Load user-specified program from touchscreen or connected computer

Reagent loading – Place primary antibodies, secondary antibodies, chromogens, and buffers in 64 reagent positions

Automated processing – Deparaffinization (if applicable), antigen retrieval, antibody application, washing, chromogen development, counterstaining

Unload and coverslip – Slides ready for microscopic evaluation and archival

Multi-unit management allows one technician to operate multiple stainers simultaneously — scaling throughput without proportional staff increase.

Selection Criteria: When to Specify the LT-IS101

US laboratory managers evaluating IHC autostainers should consider the LT-IS101 for:

Requirement

LT-IS101 Capability

48 slides per run

Matches mid- to high-volume clinical and research labs

64 reagent positions

Supports complex multiplex IHC without frequent reloading

Adjustable dispensing (50–200 µL)

Optimizes reagent use for different tissue section types

Paraffin + frozen + cell smears

Versatile specimen compatibility across multiple lab sections

110V power

Direct US operation — no transformer required

Multi-unit computer control

Scalable for expanding IHC volume

Password protection

Meets CAP/CLIA audit trail expectations

Compare with lower-capacity systems (24–36 slides): The LT-IS101's 48-slide capacity reduces the number of runs per day, lowering reagent waste from daily startup/cleaning cycles and reducing technician hours spent loading/unloading.

Compare with higher-throughput systems (100+ slides): The LT-IS101 fits laboratories that do not require industrial-scale IHC but have outgrown benchtop manual or semi-automated stainers.

Power & Installation for US Facilities

Requirement

Specification

Power supply

110V or 220V — order US-compatible 110V configuration

Rated current

1.6 A

Maximal output power

≤350 VA

Typical power consumption

~350W

Electrical plug

US standard 3-prong (type B) on 110V configuration

Installation

Benchtop (40 × 26.2 inch footprint)

Clearance

Allow 6–8 inches on sides for ventilation and loading

No voltage converter required when ordered with 110V configuration.

Compliance & Quality

Quiet operation – ≤60 dB(A) — meets typical US laboratory noise standards

Password protection – Supports audit trail and access control requirements

Per-run reagent volume checks – Reduces incomplete runs due to insufficient reagents

User-specified protocols – Fully customizable for laboratory-specific IHC panels

Robust design – Engineered for continuous daily operation

Ordering Information

Product Code: LT-IS101

Included:

Immuno autostainer unit with 48-slide capacity

64 reagent position carousel

Power cord (110V US configuration or 220V — specify at order)

Computer control software (multiple stainer management)

Operation manual with protocol templates

Installation and calibration documentation

Consumables (order separately):

Standard glass slides (no proprietary requirements)

Reagents (primary antibodies, secondary antibodies, chromogens, buffers, counterstains) — open system, no proprietary reagent lock

Summary

The Labtro Immuno Autostainer LT-IS101 delivers 48-slide IHC staining capacity with 64 reagent positions and selectable dispensing volumes (50–200 µL) for US clinical and research laboratories. Specimen compatibility includes paraffin, frozen, punctured microtome sections, and cell smears. Multi-unit computer control allows scalable operation. US-compatible 110V power configuration available.

Product URL: https://www.labtro.com/in/en/immunohistochemistry-stainer/lt-is101

Email: [email protected]

[labtroscientific]

Combined Refrigerator and Freezer LT-CRF103 - Lab refrigerator freezer

Labtro Combined Refrigerator comes with 350L capacity with dual-zone storage for various preservation needs.A user-friendly interface with real-time monitoring enables easy temperature control. The upright cabinet with automatic defrost suits labs, hospitals, research, and pharma use.

[labtroscientific]

Vertical Autoclave LT-VA201 - High-Capacity Steam Sterilization for Clinical, Pharmaceutical, and Research Laboratories

The Vertical Autoclave LT-VA201 is engineered to deliver reliable, high-capacity steam sterilization for modern laboratory environments. Designed for clinical, pharmaceutical, and research laboratories, it ensures complete elimination of microorganisms while maintaining the integrity of instruments and materials. With advanced temperature control and user-friendly operation, it supports efficient and safe sterilization processes.

Importance of Temperature Control in High-Speed Applications

Accurate temperature control is essential for effective sterilization. Maintaining consistent heat ensures complete destruction of bacteria, viruses, and spores. The Vertical Autoclave LT-VA201 features a microprocessor-based system that delivers uniform temperature distribution, reducing the risk of incomplete sterilization and ensuring reliable results across all cycles.

Sample Types Processed Using High-Speed Refrigerated Centrifuges

Laboratories often handle a wide range of biological samples such as blood, plasma, DNA, RNA, proteins, and cell cultures. These samples are typically processed using high-speed refrigerated centrifuges before sterilization steps. Proper sterilization using the LT-VA201 ensures that labware and supporting materials remain contamination-free, preserving sample quality.

Applications in Clinical Diagnostics Laboratories

In clinical diagnostics, maintaining sterile conditions is critical for accurate test results. The Vertical Autoclave LT-VA201 is used to sterilize surgical instruments, glassware, media, and biohazard waste. Its high efficiency supports infection control protocols and ensures reliable laboratory outcomes.

Role in Molecular Biology and Genomics Research

Molecular biology and genomics require highly controlled environments. Contamination can compromise sensitive experiments involving DNA and RNA. The LT-VA201 ensures all laboratory tools and materials are sterile, supporting precise and reproducible research outcomes.

Use in Pharmaceutical and Biotech Research

Pharmaceutical and biotech laboratories demand strict sterilization standards. The Vertical Autoclave LT-VA201 is ideal for sterilizing culture media, instruments, and production materials. Its consistent performance helps maintain product quality and supports regulatory compliance in research and manufacturing processes.

Applications in Protein Purification and Cell Fractionation

Protein purification and cell fractionation processes rely on contamination-free environments. The LT-VA201 ensures sterilized equipment and containers, enhancing the accuracy and efficiency of these complex procedures while protecting sensitive biological components.

Advantages in Handling Heat-Sensitive Samples

The Vertical Autoclave LT-VA201 offers controlled sterilization cycles that help minimize damage to heat-sensitive materials. Adjustable settings allow users to select appropriate temperature and time parameters, ensuring effective sterilization without compromising sample quality.

Safety Features and Operational Considerations

Safety is a key priority in laboratory operations. The LT-VA201 is equipped with advanced safety features such as pressure and temperature monitoring, automatic shut-off, and secure locking mechanisms. These features ensure safe handling and reliable performance during high-pressure sterilization cycles.

Selecting the Right High-Speed Refrigerated Centrifuge for Your Lab

Choosing the right centrifuge depends on speed, capacity, and temperature requirements. When paired with the Vertical Autoclave LT-VA201, laboratories can establish a complete workflow—from sample preparation to sterilization—enhancing overall efficiency and productivity.

Conclusion

The Vertical Autoclave LT-VA201 is a dependable solution for high-capacity steam sterilization. Its precision, safety, and versatility make it an essential tool for laboratories across multiple industries. By ensuring sterile conditions and protecting sample integrity, it significantly contributes to improved laboratory performance and reliable results.