Social Reward Chamber
Three-chamber operant conditioning apparatus for measuring social preference and social reward motivation in mice and rats using adjustable weight-loaded doors.
Louise Corscadden, PhD
Director of Science · ConductScience
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Key Specifications
Full details →- Model fit
- Mouse, Rat
- SKU family
- CS-958376
- Sizing
- 65.0 x 36.0 x 27.0 cm
- Ordering
- Online checkout and quote request available
- Category
- Behavioral Mazes
- Build notes
- Confirm accessories, station layout, and support needs before purchase
The Social Reward Chamber is a three-chamber behavioral apparatus designed for investigating social preference and social reward learning in rodents. This operant conditioning system features two reward chambers (Chambers 2 & 3) connected to a central starting chamber (Chamber 1) via one-way vertical swinging doors, allowing subjects to access reward chambers while preventing return to the starting position.
The apparatus employs adjustable tungsten weights attached to the doors to create varying access thresholds, enabling researchers to quantify the motivational value of social rewards by measuring the effort subjects will exert to access social stimuli. The opaque doors provide visual isolation between chambers while maintaining the structural integrity needed for operant conditioning protocols in social behavior research.
How It Works
The Social Reward Chamber operates on operant conditioning principles where subjects must overcome progressive resistance thresholds to access social rewards. The apparatus uses tungsten weights attached to one-way doors to create quantifiable effort requirements, with the door resistance serving as the operant response cost.
Subjects begin in Chamber 1 and must push through weighted doors to access Chambers 2 and 3, which contain social stimuli or control conditions. The one-way door mechanism prevents return to the starting chamber, ensuring each trial represents a discrete choice with measurable effort expenditure. Progressive weight loading allows researchers to establish effort-response curves and determine breaking points where social motivation is overcome by response cost.
The opaque door design eliminates visual cues while maintaining olfactory and auditory communication between chambers, isolating specific sensory modalities in social preference testing protocols.
Features & Benefits
warranty_length
- 1 YEAR
storage_included
- Yes
assembly_required
- Yes
Color
- Black
- Blue
- Clear
- Grey
- Red
- White
Behavioral Construct
- Social preference
- Social motivation
- Social reward learning
- Operant conditioning
- Effort-based decision making
- Social choice behavior
Automation Level
- manual
Research Domain
- Addiction Research
- Anxiety and Depression
- Behavioral Pharmacology
- Learning and Memory
- Neuroscience
- Social Behavior
Species
- Mouse
- Rat
Compatible Tracking Software
- ConductVision
Weight
- 6.06 kg
Dimensions
- L: 65.0 mm
- W: 36.0 mm
- H: 27.0 mm
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Weight Adjustment System | Includes 9 tungsten weights (1/8 oz to 1/2 oz increments) for precise threshold control | Many systems use fixed weights or limited adjustment options | Enables fine-tuned progressive ratio protocols for detailed motivation curve analysis |
| Door Material Density | Tungsten weights are 1.7x denser than lead alternatives | Lead weights are commonly used but require larger sizes for equivalent mass | Compact design maintains chamber space efficiency while providing precise weight increments |
| Species-Specific Design | Dedicated mouse and rat versions with optimized chamber and door dimensions | One-size-fits-all designs may not optimize behavioral expression | Species-appropriate scaling ensures natural movement patterns and appropriate effort scaling |
| Door Mechanism | One-way vertical swinging doors with opaque construction | Bidirectional doors or transparent barriers are common in preference tests | Prevents return to starting chamber ensuring discrete choice measurement with controlled sensory access |
| Color Options | Available in six color options for experimental design flexibility | Standard laboratory colors with limited customization | Supports color-based experimental designs or laboratory organization systems |
This Social Reward Chamber distinguishes itself through precise tungsten weight adjustment, species-optimized dimensions, and one-way door design for discrete choice measurement. The comprehensive weight set and integrated storage system support detailed progressive ratio protocols for quantifying social motivation.
| Model | SKU | Listed price | Status | Dimensions |
|---|---|---|---|---|
| White | CS-958376 | $1,390.00 | Available | 50 x 33 x 30 cm |
| Red | CS-958376 | $1,390.00 | Available | 50 x 33 x 30 cm |
| Grey | CS-958376 | $1,390.00 | Available | 50 x 33 x 30 cm |
| Clear | CS-958376 | $1,390.00 | Available | 50 x 33 x 30 cm |
| Blue | CS-958376 | $1,390.00 | Available | 50 x 33 x 30 cm |
| Black | 4908 | $1,390.00 | Available | 50 x 33 x 30 cm |
| Black | 4907 | $1,190.00 | Available | 33 x 22 x 20 cm |
Practical Tips
Use a digital force gauge to verify door opening thresholds after weight changes, as mechanical friction can affect the actual force required.
Why: Ensures accurate effort measurement and consistent experimental conditions across sessions.
Lubricate door hinges weekly with light machine oil to maintain consistent mechanical resistance.
Why: Prevents friction-induced threshold drift that could confound effort-based measurements.
Conduct habituation sessions with progressive weight increases rather than starting at target threshold levels.
Why: Prevents learned helplessness and ensures subjects understand the effort-reward contingency.
Record ambient temperature and humidity as door mechanism resistance can vary with environmental conditions.
Why: Environmental factors affecting mechanical components ensure consistent threshold interpretation across test days.
If doors fail to swing freely, check weight distribution and ensure encatchments are properly balanced.
Why: Unbalanced loading can cause binding or inconsistent opening forces that affect behavioral measurements.
Store tungsten weights in the included storage system and handle with care to prevent damage to chamber components.
Why: Tungsten's high density makes dropped weights potentially damaging to apparatus or flooring.
Randomize chamber assignment for social stimuli across sessions to control for spatial preferences unrelated to social motivation.
Why: Eliminates confounding effects of inherent spatial biases on social preference measurements.
Setup Guide
What’s in the Box
- Three-chamber apparatus components
- One-way swinging door mechanisms
- Tungsten weights: 5x (1/2 oz), 2x (1/4 oz), 2x (1/8 oz)
- Door encatchment hardware
- Assembly hardware and tools
- Storage system for weights
- Assembly instructions
- User manual
Warranty
ConductScience provides a 1-year manufacturer warranty covering defects in materials and workmanship, with technical support for setup and protocol optimization.
Compliance
What is the maximum weight load capacity for the door mechanisms?
The apparatus includes weights totaling 3 oz maximum per door (five 1/2 oz + two 1/4 oz + two 1/8 oz weights), though consult product datasheet for door mechanism load limits beyond the included weight set.
Can the chamber dimensions accommodate juvenile animals?
The mouse version chambers (17 x 12 x 20 cm) are suitable for adult mice and may accommodate larger juveniles, while very small juveniles may require custom protocols or modified setups.
How do I calibrate the effort threshold for different experimental designs?
Start with minimal weights during habituation, then progressively increase weight loads across sessions while monitoring success rates to establish individual breaking points and group threshold curves.
What behavioral parameters can be measured with this apparatus?
Primary measures include choice frequency, latency to door push, successful vs. failed attempts, breaking point determination, and session duration, requiring external timing and observation systems.
Is the apparatus compatible with video tracking systems?
The chamber design accommodates overhead video monitoring, though door opacity may limit within-chamber tracking requiring strategic camera positioning or transparent door modifications.
How should I clean the apparatus between subjects?
Disassemble accessible components and clean with appropriate disinfectants, paying attention to door mechanisms and weight attachment points to maintain consistent operation.
Can I modify the door resistance mechanism for different protocols?
The tungsten weight system allows for custom loading configurations, though any modifications beyond included weights should maintain door mechanism integrity and safety standards.
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