R&D / pilot
SJ-Creator 1S Research FD
0.12 m²S area; compare the S / ST layoutsStandard ≤ −60 °C; Max ≤ −85 °C
Small R&D batches and early cycle screening
Peptides · CDMO · Clinical & GMP Lyophilization
Peptide Freeze Dryer and Peptide Lyophilizer Systems
Select Creator pilot systems for peptide cycle development and Command GMP lyophilizers for clinical or commercial peptide production. Built around shelf uniformity, low-load pressure control, cleanability, stoppering, and audit-ready data.
For peptide R&D, sterile API, injectable formulations, and CDMO scale-up
- Creator pilot to Command GMP scale-up path
- Stable control for low-load peptide development batches
- Stoppering and sterile vial workflow options
- 21 CFR Part 11-ready batch records and audit trail
Peptide lyophilizers by development stage
Open a model to compare shelf area, condenser options, vial workflow, and the most practical role in peptide R&D or GMP production.
R&D / pilot
SJ-Creator 2S Research FD
0.24 m²S area; compare the S / ST layoutsStandard ≤ −65 °C; Max ≤ −85 °C
Peptide formulation development with partial-load control
Clinical / GMP
Command SJ-50F(T)
0.5 m²≤-85 °C
Compact GMP peptide lyophilizer for clinical batches
Clinical / GMP
Command SJ-100F(T)
1.0 m²≤-85 °C
Small-batch GMP peptide production and sterile API work
Which peptide freeze dryer fits your vial batch?
Start with the work you need to do: develop a formulation, stopper a small vial batch, or transfer an established cycle into production. Then compare the exact shelf layout and water load, not just the model number.
Creator S: formulation and cycle development
Temperature-controlled shelves for research and pilot trials. Select S when in-chamber vial stoppering is not required. Compare product temperature, pressure and drying endpoints on representative loads.
Creator ST: add in-chamber stoppering
T identifies the stoppering configuration. On 2ST, 3ST and 4ST, the shelf is 250 × 450 mm rather than the 300 × 400 mm S shelf. Do not carry the S vial count into an ST quotation.
Max: a condenser configuration, not a larger batch
Current Creator Max tables specify a condenser minimum of ≤ −85 °C. Max does not mean more shelves or automatic solvent compatibility; confirm the formulation, solvent concentration, pump and materials for your process.
Command: production and qualification planning
For clinical or production projects, review Command shelf loading, stoppering, cleaning and documentation against your URS. 21 CFR Part 11-ready functions are configuration options; equipment alone does not validate a GMP process.
Creator S and ST: compare the actual loading layout
| Model | S shelf | ST shelf | Usable area S / ST | 16 mm vials S / ST | 22 mm vials S / ST |
|---|---|---|---|---|---|
| SJ-Creator 1S / 1ST | 300 × 400 mm | 300 × 400 mm | 0.120 / 0.120 m² | 450 / 450 | 234 / 234 |
| SJ-Creator 2S / 2ST | 300 × 400 mm | 250 × 450 mm | 0.240 / 0.225 m² | 900 / 840 | 468 / 440 |
| SJ-Creator 3S / 3ST | 300 × 400 mm | 250 × 450 mm | 0.360 / 0.3375 m² | 1,350 / 1,200 | 702 / 660 |
| SJ-Creator 4S / 4ST | 300 × 400 mm | 250 × 450 mm | 0.480 / 0.450 m² | Confirm layout | Confirm layout |
Reference positions across the product shelves, not a guaranteed batch. The “+1” radiant shelf is excluded from usable area. Confirm vial outside diameter, height, stopper and loading method; the current 4S / 4ST specification does not separate the two vial layouts, so no shared count is assumed here.
Vial positions are only the first capacity check
SJ-Creator 1S / 1ST has a reference layout of up to 450 vials at 16 mm outside diameter, or 234 at 22 mm. Command SJ-50F(T) has reference layouts of 550 × 4 = 2,200 positions at 16 mm, or 288 × 4 = 1,152 at 22 mm. Confirm the proposed vial and stopper drawings before ordering.
For example, 450 vials filled with 1 mL contain 0.45 L of solution; the same 450 positions at 3 mL contain 1.35 L. Neither number is an ice-load rating. Estimate removable water from the formulation, then check condenser storage, capture rate and the drying cycle separately.
See the vial result and the equipment in use
Customer photographs, mechanism demonstrations and planning documents answer different questions. Each link below identifies what the material can actually show.
Customer case
Creator 1S(T) Max: post-cycle peptide vials
Customer-provided photographs show white, coherent vial cakes. The case explains why appearance does not establish purity, residual moisture, sterility or stability.
Read the case
Equipment video · 45 seconds
Creator 1S peptide process-development platform
See the compact shelf-controlled equipment. The 0.12 m² platform supports formulation screening; the 450-position reference depends on 16 mm vial diameter and configuration.
Watch the equipment video
Mechanism video · 13 seconds
Command F hydraulic vial stoppering
A 13-shelf stoppering demonstration shows the mechanism in motion. It does not establish a validated peptide cycle, a certified filling line or guaranteed batch output.
Watch stopperingPlanning document · English PDF
From vial filling to lyophilization
A Command workflow reference for discussing loading, transfer and freeze drying. Use it as a project-planning document, not as proof of a delivered aseptic production line.
Open the workflow PDFWhat peptide lyophilization needs from the equipment
Peptide products are often high value, moisture sensitive, and produced in smaller batches. The right peptide freeze dryer reduces batch risk by controlling the process window rather than simply offering a large chamber.
Shelf temperature uniformity
Peptide cycles can have narrow thermal margins. Mapping, ramp behavior, and edge-to-center consistency matter more than headline temperature ranges.
Stable pressure at low load
Early peptide programs often run partial loads. A good peptide lyophilizer should hold pressure without hunting during small development or clinical batches.
Stoppering and vial handling
For injectable peptide formulations, reliable stoppering after drying is part of the process, not an accessory detail.
Cleanability and compatibility
Buffers, acidic components, and solvent traces can raise material and cleaning risks. Chamber, shelf, and exhaust-side design should be reviewed early.
Choose by peptide program stage
The best peptide freeze dryer depends on whether the immediate job is formulation screening, IND-enabling batches, GMP validation, or multi-client CDMO production.
R&D and formulation screening
Use Creator pilot units when you need flexible recipe development, partial-load control, and enough shelf area to move beyond tiny lab trials.
Clinical and IND-enabling work
Select a pilot or small Command system when reproducibility, batch records, audit trail, and future GMP transfer become part of the program.
GMP peptide production
Use Command GMP lyophilizers for sterile vial, API, or commercial peptide workflows that require validation documentation and data integrity.
Peptide CDMO service
CDMOs should prioritize recipe control, user permissions, repeatable stoppering, cleaning strategy, and fast changeover between client products.
Peptide freeze dryer model path
Start with shelf area and project stage, then confirm condenser load, stoppering, materials, and validation scope with our engineering team.
| Model | Best fit | Shelf area | Condenser temp | Why it fits peptide work | |
|---|---|---|---|---|---|
|
R&D / pilot | 0.12 m²S area; compare the S / ST layouts | Standard ≤ −60 °C; Max ≤ −85 °C | Small R&D batches and early cycle screening | View model |
|
R&D / pilot | 0.24 m²S area; compare the S / ST layouts | Standard ≤ −65 °C; Max ≤ −85 °C | Peptide formulation development with partial-load control | View model |
 |
R&D / pilot | 0.36 m²S area; compare the S / ST layouts | Standard ≤ −65 °C; Max ≤ −85 °C | CDMO pilot batches and IND-enabling studies | View model |
 |
R&D / pilot | 0.48 m²S area; compare the S / ST layouts | Standard ≤ −65 °C; Max ≤ −85 °C | Larger pilot campaigns before GMP transfer | View model |
|
Clinical / GMP | 0.5 m² | ≤-85 °C | Compact GMP peptide lyophilizer for clinical batches | View model |
|
Clinical / GMP | 1.0 m² | ≤-85 °C | Small-batch GMP peptide production and sterile API work | View model |
 |
Clinical / GMP | 2.16 m² | ≤-85 °C | Scaled GMP peptide production with validation package | View model |
 |
Clinical / GMP | 3.2 m² | ≤-85 °C | Commercial peptide vial production | View model |
 |
Clinical / GMP | 5.4 m² | ≤-85 °C | Large GMP peptide manufacturing lines | View model |
|
Clinical / GMP | 1.08–3.51 m² (4–13 shelves) | Confirm configuration | Configurable shelf-bank and stoppering layout for production projects; confirm vial, ice load and qualification scope. | View model |
Typical peptide applications
These are representative workflows where peptide buyers normally compare freeze dryer control quality, validation readiness, and total project support.
Peptide API and sterile intermediate drying
For high-value peptide API or sterile intermediates where residual moisture, cleaning approach, and batch records must be controlled.
Injectable peptide vial formulations
For vial-based peptide formulations that require controlled primary drying, reliable stoppering, and data review after each run.
GLP-1 analog and peptide CDMO programs
For development and manufacturing teams comparing a pilot-to-GMP path for peptide formulations without locking into a single batch size too early.
Engineering support for peptide projects
Sizing from real batch inputs
Send fill volume, vial format, solids content, expected solvent or buffer system, and target batch count. We will map the model range.
Cycle transfer discussion
We help compare Creator pilot data with the Command GMP platform so scale-up decisions are made from equipment behavior, not guesses.
Validation package options
For GMP peptide lyophilizers, IQ/OQ/PQ support, FAT/SAT planning, audit trail review, and recipe permission strategy can be included.
Cleanability review
Peptide residues, buffers, and solvent traces should be discussed before purchase so materials, gasket choices, and maintenance access are aligned.
Related peptide lyophilization resources
Use these supporting pages to compare the process guide, pilot platform, and GMP production platform.
Freeze dryer for peptide production guide
A detailed buyer guide covering shelf uniformity, pressure control, cleanability, stoppering, and GMP data.
Peptide freeze dryer selection guide
How to compare lab, pilot, and GMP peptide lyophilizers by project stage, shelf area, pressure control, and validation needs.
Peptide lyophilization cycle development
Freezing, primary drying, secondary drying, endpoint checks, residual moisture, and lab-to-GMP scale-up.
GMP peptide lyophilizer validation checklist
URS, DQ/IQ/OQ/PQ, data integrity, CIP/SIP, stoppering, and peptide scale-up checks.
Pilot freeze dryer for cycle development
Creator pilot systems for peptide cycle development, IND-enabling batches, and lab-to-GMP transfer.
GMP freeze dryer product series
Command GMP lyophilizers for regulated sterile vial and peptide production workflows.
Peptide freeze dryer FAQ
What is a peptide freeze dryer?
A peptide freeze dryer is a lyophilizer selected for peptide formulations or peptide API workflows. The selection focus is stable shelf temperature, controllable vacuum, cleanability, stoppering, and documentation rather than chamber size alone.
Is a peptide lyophilizer different from a GMP freeze dryer?
The machine platform can be the same, but peptide projects put extra attention on low-load pressure stability, shelf uniformity, residual moisture control, cleaning strategy, and formulation compatibility. GMP peptide production normally requires a GMP lyophilizer with validation and data integrity support.
Which model is best for peptide R&D?
Creator pilot systems are usually the best starting point for peptide R&D because they support flexible recipe work, partial loads, and scale-up discussion before committing to a full GMP production unit.
Can Creator be used for GLP-1 peptide cycle development?
Creator pilot lyophilizers can support formulation screening, partial-load studies, primary and secondary drying development, and endpoint comparison for GLP-1 and other peptide projects. The final recipe and equipment configuration still need to be confirmed from the actual formulation, vial, fill volume, and critical temperatures.
What equipment is used for peptide API lyophilization?
Early peptide API work commonly uses a controlled pilot freeze dryer for recipe development. Clinical or commercial peptide API production may require a GMP lyophilizer with suitable materials, cleaning strategy, solvent review, qualification documents, controlled records, and the condenser capacity required by the real batch load.
When do peptides require GMP lyophilization?
Peptide programs generally move toward GMP lyophilization when clinical, sterile, API, injectable, or commercial production requirements introduce controlled batch records, audit trail, qualification, and validated cleaning expectations.
Why is shelf temperature uniformity important for peptide lyophilization?
Peptide products can have narrow safe process windows. Uneven shelves can cause some vials to approach collapse while others overdry, which makes residual moisture and potency control harder.
What information should I send for peptide lyophilizer sizing?
Send vial size, fill volume, target batch count, product solids, solvent or buffer details, expected cycle length, stoppering needs, and whether the project is R&D, clinical, CDMO, or GMP production.
Do I need Creator S, ST or Max for peptide lyophilization?
S is the shelf-controlled research and pilot platform; ST adds stoppering. The 2ST, 3ST and 4ST shelves differ from the corresponding S shelves, so check the specific loading layout. Max identifies a lower-temperature condenser configuration, not extra shelf area or a GMP validation status.
Can I choose a peptide freeze dryer by vial count alone?
No. Vial count is a layout reference. Actual fill volume, formulation, removable water, condenser capture rate and storage, shelf clearance, stoppering travel and cycle time must also fit. A nominal 3 mL vial does not mean it is filled with 3 mL of solution.
How should I compare peptide freeze dryer price and energy use?
Request quotations on the same vial layout, fill volume, water load, condenser configuration, controls and document scope. Compare measured kWh per completed acceptable batch under a representative cycle. Installed power is not cycle energy, and catalogue vial positions are not guaranteed daily output.
A peptide freeze dryer should be selected around shelf uniformity, stable low-load pressure control, cleanability, stoppering, solvent compatibility, and GMP-ready data integrity. Use this page to compare Creator pilot systems and Command GMP lyophilizers for peptide development and production.
New practical guide: How to Lyophilize Peptides Successfully explains formulation risk, critical temperatures, primary and secondary drying, scale-up, troubleshooting, and real Command-series field experience.
Get a configuration based on your peptide process
Send the vial and stopper drawing, number of vials, actual fill volume, formulation or solvent notes, and whether you need stoppering. Add your target cycle, installation country and R&D or GMP stage. Ask for the proposed inspection plan, document list and service scope with the quotation.